One of the missions of the center is to advance mathematics education for children of military families. International Facilitation Fellows travel to select international or domestic Department of Defense Education Activity sites to deliver two-day training sessions for teachers and leaders.

DoDEA serves over 75,000 military-dependent students across the U.S., Pacific, and Europe and is transitioning to the Common Core State Standards for Mathematics as their college and career ready standards.

After receiving a four-day training in summer 2017, Colen facilitated a two-day workshop at Daegu High School at Camp Walker, South Korea, in June 2017.

]]>Flowers and co-author Shannon Lockard (Bridgewater State University) explore hyper m-ary partitions, a family of restricted integer partitions. In the paper, a bijection is defined to establish an identity between hyper m-ary partitions for any two values of m (where the two values are both greater than or equal to 2).

The article is available online at https://cs.uwaterloo.ca/journals/JIS/vol20.html

Derek is a graduate student in IUP's applied master's program under the advisement of Shelly Bouchat. After graduating from IUP in August, he will enter the University of Kentucky to purse his doctoral degree in mathematics.

]]>Students in calculus courses come across bounded sequences, convergent sequences, and p-power summable sequences, although not necessarily with these names. Professor Radelet will talk about multiplication operators on these and other sequence spaces; specifically, the Cauchy and Mazur multiplication operators on sequences that are the coefficients of series representations of analytic functions on the complex unit disc.

We will also discuss how these ideas were used to solve a problem from the famous (or perhaps infamous?) Scottish Book.

This talk is accessible to any student who has taken (or is currently taking) MATH 122 or MATH 126.

]]>The conference features talks from both students and faculty and two invited addresses. Ximena Catepillán, of Millersville University, will speak on “Ethnomathematics: Teaching About the Cultural Richness of Math” on Friday, March 3, at 7:30 p.m. Catepillán’s talk will be in room 225 of the Humanities and Social Sciences building.

Lea Jenkins, of Clemson University, will speak on “The Strawberries of Wrath: Farming Under the Realities of Drought” on Saturday, March 4, at 11:45 p.m. in room 225 of the Humanities and Social Sciences building.

Information on conference registration and the program of talks can be found at the conference website.

R is a free statistical software package that is extensively used in both academia and industry. It is an open source platform that has over 9,800 contributed packages.

In this two-day workshop, Stocker will introduce the major components of R, including data manipulation, descriptive statistics, graphics, inferential statistics, and statistical modeling. Participants of the workshop will use R to analyze a variety of data sets.

The seats are limited. If you would like to
attend, please sign up using the Qualtrics survey.

Lattanzio will show how the determinant of an *n *x *n* square matrix is defined in terms of permutations of 1, 2, 3, ..., *n* and how this can be used to demonstrate the cofactor expansion formulation of the determinant. He will then discuss a relationship between the number of inversions in a permutation and the number of inversions of a specific function related to the permutation.

Details about each of the two presentations can be found at the Mathematics Department Colloquium website. The talks are appropriate for undergraduate students.

A list of the available scholarships and a link to the online scholarship application can be found on the department scholarships page.

The deadline to apply is February 17, 2017.

Student Presentation Day gives students an opportunity to present the results of their work on projects completed for their Mathematics classes or from their own independent work. Sixty-two students will present the results of project work from the courses MATH 225, MATH 447, MATH 547, and MATH 641.

]]>Students will arrive in Florence, Italy, on June 15, 2017, and depart on July 1.

The course will focus on the mathematics of art and architecture and other topics related to the Renaissance.

For more details on the course content, or for information about the Education Abroad Program, visit the IUP Education Abroad website or contact Sharp at bds@iup.edu.

]]>The College Board’s AP Program gives more than 1.8 million capable high school students an opportunity to take rigorous, college-level courses and examinations. Based on their exam performance, successful students can receive credit and/or advanced placement when they enter college.

This year, more than 3.2 million examinations from more than 30 AP courses were evaluated by over 10,000 AP readers from universities and high schools. Representing many of the finest academic institutions in the world, AP readers are made up of professional educators from the United States, Canada, and abroad.

“The Reading draws upon the talents of some of the finest teachers and professors that the world has to offer,” said Trevor Packer, vice president of the Advanced Placement Program at the College Board. “It fosters professionalism, allows for the exchange of ideas, and strengthens the commitment to students and to teaching. We are very grateful for the contributions of talented educators.”

]]>From 11:15 a.m. to 12:05 p.m., Panoff will speak on “Exploring Functions Through Dynamic Variation.” He will look at several computational tools that help students visualize functions and their graphical representation. These interactive tools were developed by Shodor as part of the National Science Digital Library resources. This talk is in Stright Hall, room 202.

From 2:40 to 4:40 p.m., Panoff will lead a workshop on “Computational Thinking Across Mathematics
and the Sciences: The Power and the Peril.” This workshop will
expose participants to and inspire them with new
techniques, teaching materials, and applications
to use computational models in the undergraduate
curriculum. By bringing students and faculty
from different disciplines together, participants can
explore how to incorporate computational models
into their classrooms, research projects, and
learning spaces. Content is suitable for
participants from a broad range of disciplines,
including computer science, mathematics, and the
physical, life, and social sciences. The workshop is in Stabley Library, room 201.

Seating at the workshop is limited, so please register via Qualtrics.

Robert Panoff is founder and executive director of the Shodor Education Foundation, Inc. and has been a consultant at several national laboratories. He is also a frequent presenter at NSF-sponsored workshops on visualization, supercomputing, and networking, and he continues to serve as consultant for the education program at the National Center for Supercomputing Applications at the University of Illinois at Urbana–Champaign.

This program is sponsored by the S-COAM Program within the Mathematics Department.

One of the missions of the Foundation is to advance mathematics education for children of military families. International Facilitation Fellows travel to select international or domestic Department of Defense Education Activity sites to deliver two-day training sessions for teachers and leaders.

DoDEA serves over 75,000 military dependent students across the U.S., Pacific, and Europe and is transitioning to the Common Core State Standards for Mathematics as their college and career readiness standards.

After receiving a four-day training in summer 2016, Colen facilitated a two-day workshop at Daegu High School at Camp Walker, South Korea, in August 2016.

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The workshop on Saturday hosted 24 participants from colleges and universities throughout the Allegheny Mountain Section of the MAA, which includes Western Pennsylvania and almost all of West Virginia.

The topic of this year’s workshop was teaching non-math majors. The morning session consisted of a panel with a wide range of experiences teaching non-math majors (including statistics, education, and liberal arts courses). The afternoon session showcased an interactive voting activity that would be appropriate for use in a liberal arts of math education classroom.

The presenters were Carolyn Cuff of Westminster College, James Hamblin of Shippensburg University, and John Prather of Ohio Eastern University. Rachelle Bouchat served as the local host.

]]>The team of mathematicians, hydrologists, and farmers designed a plan for California to minimize water used for crops but still make a profit for farmers and meet consumer demand.

The Mathematical Moment podcast is available through the American Mathematical Society website.

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Cao and his co-authors, Christine Anderson-Cook (Statistical Sciences Group at Los Alamos National Laboratory) and Lu Lu (University of South Florida), explore and summarize solutions to multiple response optimization problems, including trade-offs for different types of optimization to maximize a response or achieve a target.

Cao created shinyapps (interactive visualizations of analytical computations) for the paper and has made available the R statistical software code for the research.

The American Society for Quality is a global community of people passionate about quality who use the tools, their ideas, and expertise to make our world work better.

Cao's shinyapps: Multiple Optimal Design: Maximum vs Maximum, Multiple Optimal Design: Maximum vs Target, Multiple Optimal Design: Target vs Target

]]>Edel Reilly from the
Mathematics Department and Joann Migyanka from the Communication Disorders,
Special Education, and Disability Services Department co-authored the paper “Moving All
Students towards Mathematical Success: Teachers’ Perceptions of Learning and
Implementing Differentiating Instruction,” which was published in the *Journal of
Mathematics Education*, Vol. 9, No. 1.

In the paper, Reilly and Migyanka report on a study of five teachers as they journeyed through an academic year learning about differentiated instruction strategies and implementing those strategies in their classes. The article reports on three case studies describing the changes these teachers went through as they worked to differentiate the content for their classrooms.

The article can be found online at *Journal of
Mathematics Education*.

The first workshop, “Introduction to Python (Basic),” will be held on Tuesday, September 13, from 3:30 to 5:00 p.m. in Stright Hall, room 220. In this workshop, Chrispell will introduce participants to basic loops, functions, classes,
importing libraries from other Python scripts, as well as basic IO for files. He will also give a quick overview of several code development environments.

The second workshop, “Introduction to Python (Advanced),” will be held on Tuesday, September 20, from 3:30 to 5:00 p.m. in Stright Hall, room 220. In this second workshop, Chrispell will extend some of the topics discussed in the introductory Python workshop. He will demonstrate more advanced features available in Jupyter notebooks. Chrispell will also demonstrate pulling data from websites, interactive plotting, audio processing, image manipulation and processing, as well as interactive notebook widgets.

The workshops are held in a computer classroom and will be interactive and hands-on. If you are interested in attending, please RSVP online.

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In the first, Pararai and her co-authors Broderick Oluyede (Georgia Southern), Galelhakanelwe Motsewabagale (Botswana International), and Gayan Warahena-Liyanage (Central Michigan) investigate the Dagum-Poisson distribution. The paper is published in the *Electronic Journal of Applied Statistical Analysi*s and is available at the journal's website.

In the second, Pararai, Warahena-Liyanage and Oluyede give the properties of the Exponentiated Power Lindley Poisson distribution. This paper can be found in *Communications in Statistics - Theory and Methods* and can also be found at the journal's website.

Valerie comes to IUP after spending a year as a mathematics educator at Shawnee and a number of years as a mathematics program coordinator for an independent school in Columbus, Ohio. Her research plans include examining differences among math textbooks and teachers’ preferences for them, as well as contexts related to number sense.

She came to the midwest from Georgia, where she was born and raised, to pursue graduate work. Every now and again you will hear her southern accent. She is married to a native of Pennsylvania and thoroughly enjoys cooking, learning new things, and a good book.

]]>Chrispell's co-authors are Kathleen Fowler (Clarkson University), Eleanor Jenkins (Clemson University), Matthew Parno (MIT), Andres Colón (Clarkson University), and Randy Hanson (California Water Science Center, U.S. Geological Survey).

In the paper, the authors describe a framework to enhance the body of resources available to policy makers, farmers, and other community members in their efforts to understand, quantify, and assess the often competing objectives water consumers have with respect to usage. They combine an optimization tool with a management simulation tool that will enable the evaluation of one or multiple (possibly competing) user-defined (or stakeholder) objectives.

The article can be read in its entirety at the AIMS Agriculture and Food journal website.

- Monday, May 2, 12:30–4:45 p.m. STRGT 231
- Tuesday, May 3, 10:30 a.m.–2:00 p.m. STRGT 232
- Wednesday, May 4, 12:30–4:30 p.m. STRGT 231
- Thursday, May 5, 11:00 a.m.–4:00 p.m. STRGT 232

Three teams worked on developing a model for a grant foundation to donate $100,000,000 to appropriate groups of schools over a five-year period where that money will have an optimal effect or the highest likelihood of improving the schools’ performance. These teams were:

- Shawn Mosley, Matthew McBurney, Ryan Hillegass
- Justin Charles, Jiawen Zhang, Anthony Kopczyk
- Derek Hanely, Aaron Werner, Ian Bright

The team of Ryan Perrin and Sky Semone looked at methods to remove some of the growing amount of small debris in orbit around the earth that could be adopted by private firms to address this issue.

All four teams were advised by professors John Chrispell and Ed Donley of the Mathematics Department.

This year marked the 32nd annual Mathematical Contest in Modeling. Participating this year were 7,421 teams representing institutions from thirteen countries. Details about the contest and the complete results can be found at the COMAP MCM Results page.

]]>Plant-eating insects are an important positive component of healthy ecosystems, but a negative pest in agricultural fields. Consequently, it is important for scientists to quantify the extent of herbivory on plants. Software currently exists to calculate the areas of existing leaves, but not to perform the more difficult task of reconstructing the missing portions of partially eaten leaves.

The co-authors are developing software to reconstruct the missing portions of leaves in photographs by matching the partially eaten leaves with an entire uneaten reference leaf of that same species. They are using three approaches.

One method uses the Hough Transform to isolate the petiole and uses the angle and location of the petiole to determine the rotation and translation necessary to match the partially eaten leaf with the reference leaf.

The second method determines the matching transformation using Random Sample Consensus (RANSAC), which is used to iteratively estimate parameters in a model while ignoring a possibly large set of outliers.

The third method constructs
a multilayer neural network model, which is an artificial intelligence
approach that adjusts the weights in the model during a training phase
based on past experience.

The session was titled "The Mathematics Teaching Practices as a Framework for Working with Pre-Service Teachers."

The NCTM Annual Conference is the largest gathering in the world of mathematics educators teaching kindergarten through college. More than 9,000 educators attended the conference.

]]>This year, the short course committee will organize four one-day short courses: Analysis of Big Data Using R, Design and Analysis of Experiments with R, Beyond Split-Plot Design and Analysis, and Methods for Designing and Analyzing Mixture Experiments.

For more information about ASQ, please refer to the ASQ website. If you are interested in ASQ short courses, more information can be found at the website for the 60th Fall Annual Technical Conference.

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The paper, titled "A constructive approach to the minimal free resolution of path ideals of trees," investigates the multigraded Betti numbers of path ideals related to directed graph trees. In this paper, a combinatorial description of the multigraded Betti numbers is developed, providing a complete description of the minimal free resolution for this class of monomial ideals.

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As employment in community colleges continues to increase, two-year campuses around the nation are becoming increasingly selective about the educators they employ. Instructors at Pennsylvania community colleges now must have a master’s degree with at least 18 graduate credits in the discipline they teach.

The new Community College Educator Track is designed to prepare current or future educators at these institutions for permanent positions. Students will receive a master’s degree in Applied Mathematics while also learning the techniques necessary to teach in higher education.

“I am excited to introduce this new track into our Applied Mathematics curriculum,” said Yu-Ju Kuo, PhD program coordinator. “Combining our established applied mathematics classes with two mathematics education classes will be an ideal preparation for our students to become better mathematicians and educators.”

The program is now
accepting applications for the new track, for students looking to begin their
studies in fall 2016. For questions, please contact Dr. Kuo directly at yjkuo@iup.edu, or visit the Community College Educator program website.

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Rachelle Bouchat was appointed to a new two-year term as the section's director of E-Communications. She has held this position since 2010.

Kimberly Burch was elected to a two-year term as secretary of the section. This will be her third term as secretary.

Timothy Flowers was elected as chair-elect of the Allegheny Mountain section. He will serve as chair from April 2017 to April 2019.

]]>Ian Bright, a double major in Mathematics and Philosophy from Whitehall, PA, and and Derek Hanely, a double major in Mathematics and Economics from Pleasantville, PA, received the College of Natural Sciences and Mathematics Dean's Award for their presentation "An Analysis of Optimizing Philanthropic Investment Allocation in Undergraduate Education." Using data from all postsecondary institutions in the United States sourced from the Department of Education's database, Bright and Hanely used multiple regressions to model a student's education success and then developed an optimization algorithm to approximate optimal allocations of funds for each of their undergraduate success indicators.

Samuel Grieggs, a double major in Mathematics and Computer Science from Indiana, won the award for Best Computational Poster for "A RANSAC Based Approach to Leaf Matching." Grieggs used Random sample consensus (RANSAC) for the purposes of image registration. This was then used to develop a method of estimating what the "true" edges of a leaf are by registering the image of a leaf with a sample leaf of the same type. This gives a general idea of how much of the leaf has been eaten along the edges.

The Undergraduate Scholars Forum provides all undergraduate students with an opportunity for scholarly
development by presenting their original research, scholarly activities,
or creative endeavors.

]]>

This monograph is the 11th volume of the Series on Mathematics Education published by World Scientific. These volumes provide important international and comparative perspectives and cultivate critical ideals to improve children's mathematical thinking.

The chapter, "The Common Core Mathematics Standards and Implications for the South Korean Curriculum," examines the meticulous process in crafting the Standards for Mathematical Content and Practice. The focus then shifts to the impetuses behind this undertaking. The final section explores some plausible implications for the South Korean mathematics curriculum. These range from allocating resources for meaningful professional development for teachers and translating the South Korean school mathematics textbooks to eliciting input from the greater community.

]]>The paper introduces an *m*-ary generalization of the Calkin-Wilf tree and shows how these trees count the number of hyper *m*-ary integer partitions for any integer. This result is used to give an identify between hyper binary partitions and their *m*-ary counterparts. Finally, these identities are verified again by a bijection on the structure of the partitions.

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Bright and Hanely presented on their solution to the COMAP Mathematical Competition in Modeling that they participated in earlier in February. The problem they worked on concerned the distribution of grant money to universities and colleges in a way that would optimize the return on the investment.

Jakicic presented "Fermat's Last Theorem: The Lengthy Development of a Simplistic Equation," and Semone presented "The Weierstrass Function."

]]>Sage is a free mathematics software system licensed under the General Public License. Using a Python-based
interface, Sage’s goal is to be an open source alternative to software
packages such as Maple, Mathematica, and Mathlab. In the workshop, an
introduction to the Sage software and its different interfaces will be
given using the IUP Sage server and hands-on Sage notebook activities.

Cosponsored by the S-COAM Program and the Mathematics Department.

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The paper was co-authored by Byran Smucker at Miami University (Ohio) and Timothy Robinson at the University of Wyoming and can be found on ResearchGate.

The paper presents a new Pareto-based coordinate exchange algorithm for populating or approximating the true Pareto front for multi-criteria optimal experimental design problems that arise naturally in a range of industrial applications.

Hunt's first talk is titled "A Mathematical Look at Paint, Hollywood, and Networks." In the talk she will present several examples of the types of problems a mathematician encounters at NIST. These problems illustrate the breadth of applications that can be attacked with mathematical ideas. This talk is appropriate for students of all backgrounds.

This first talk will be held in Pratt Auditorium from 11:00–11:50 a.m.

The second talk is titled "An Algorithm for Identifying Optimal Spreaders in a Random Walk Model of Network Communication" and is intended for students with some undergraduate mathematics background. This talk will be held in Stright Hall, rooms 226/229 from 3:30–4:30 p.m.

This second talk concerns finding the fastest spread of information in a model of network communication based on a random walk in an undirected graph. The dynamics of spread is described by a process dual to the movement from informed to uninformed nodes.

Hunt will reformulate the problem so that the search for solutions to the optimization problem is restricted to a class of optimal and "near" optimal subsets of the graph. She will discuss the approach to the approximation and solution of this problem based on properties of the underlying graph.

Fern Hunt is a research mathematician in the Mathematical Modeling Group at the National Institute of Standards and Technology. She holds an AB degree from Bryn Mawr College and a PhD from the Courant Institute of Mathematical Sciences at New York University. Hunt was awarded the Arthur S. Flemming Award for Outstanding Federal Service. She serves on the board of trustees for Bryn Mawr College and the Biological and Environmental Research Advisory Committee for the Department of Energy.

Hunt's fascinating full biography can be found at the National Center for Educational Statistics website or at the Mathematical Association of America website.

A list of the available scholarships and a link to the online scholarship application can be found on the department scholarship page.

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In the paper, the authors once again extend the Lindley-Poisson Distribution. The paper can be found at the publisher's website.

This paper investigates several classes of path ideals and provides a complete, combinatorial description of the multigraded Betti numbers in their minimal free resolutions.

]]>There will be NO tutoring for MATH 100, MATH 151, MATH 152, or MATH 153 after Monday, December 7.

Tutoring for MATH 101, 105, 110, 115 (or higher) except for MATH 151, 152, 153 during Final Exam Week will be as follows (all in room STRGT 231):

2:30–5:00 p.m.

11:00 a.m.–4:00 p.m.

2:30–4:30 p.m.

11:00 a.m.–4:00 p.m.

All oral presentations** **will take place in Stright Hall. We
invite you to present your scholarly work, conducted during Spring, Summer, and/or
Fall 2015. You should plan a 12-15
minute presentation with a few minutes for questions.

If you are interested in giving an oral presentation, please complete and return this presentation form electronically to Dr. Yu-Ju Kuo, yjkuo@iup.edu, by November 26, with the subject line of “Student Presentation Submission.”

If you have any questions, please contact Dr. Kuo (yjkuo@iup.edu) or Dr. Adkins (fadkins@iup.edu).

]]>

WeBWorK is an open-source online homework system for mathematics and science courses, currently used at over 700 colleges and universities around the world. The OPL is a shared repository of over 30,000 problems which span all levels of the college mathematics curriculum. The WeBWorK project is supported by the Mathematical Association of America and the National Science Foundation.

Flowers is a member of a team of consultants that have worked to update and curate the OPL since June 2013. The first phase of this NSF supported project was completed in December 2014, and the OPL Editorial Board was subsequently created in 2015.

Flowers is co-editor of the Multivariable
Calculus library and the Geometry library (including analytic and vector geometries). He is also the editor of the Operations Research library.

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T2T-I is a nonprofit based in Chapel Hill, North Carolina. The organization was founded by a group of U.S.-based education experts to support teachers in schools around the world. The organization is currently working with schools in Guatemala, Ecuador, Honduras, Belize, and Haiti.

T2T-I organizes teacher trips to partner experienced K-12 U.S. teachers with teachers in other countries. The organization also provides professional development in these countries, as well as help supporting STEM Education Centers.

More information on T2T-I.

]]>In the paper, the authors extend the Lindley-Poisson Distribution. The article can be found at the publisher's website.

]]>]]>

The 2000 presidential election provides an ideal backdrop to introduce the electoral voting system, the weighted voting system, and the Banzhaf and Shapley-Shubik Power Indices. Through investigating these concepts, students solve authentic, real-world problems and value the utility of mathematics.

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The Education for Sustainability in Galápagos Program (ESG Program) is a public-private initiative. The ESG Program is a collaboration of Ecuadors Ministry of Education, the Galapagos Governing Council, the Galapagos Conservancy (based in Va.), and the Scalesia Foundation (based in the Galápagos).

The six-person math advisory team has been selected by Teachers2Teachers International nonprofit organization, and it will provide ongoing advise and professional development to the teachers in the Galápagos Islands. In September the team conducted a two-week trip to meet with Ministry of Education representatives, assess the status of Mathematics Education in the Galápagos, and conduct six two-hour workshops.

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This work is the result of Warahena-Liyanage’s master’s thesis performed under the direction of Pararai. Warahena-Liyanage received his Master of Science degree in Applied Mathematics in 2015.

The aim of the paper is to propose a new class of lifetime distributions called the Lindley power series. The distribution properties including survival function, hazard and reverse hazard functions, limiting behavior of the pdf and hazard function, quantile function, moments, distribution of order statistics, and mean deviations are presented. The paper appeared in Volulme 5, Issue Number 3 (2015) of the journal.

Pararai and Warahena-Liyanage also published, with Broderick Oluyede of Georgia Southern University, the paper “A new Compound Class of log-logistic Weibull-Poisson distribution: Model, Properties and Applications” in the *Journal of Statistical Computation and Simulation*. This paper introduces a new class of distributions called the log-logistic Weibull–Poisson distribution.

The Hall of Fame Award is presented to a mathematics educator in Pennsylvania who is regarded by his/her peers as making the greatest impact on mathematics students and has continually exemplified excellence as a mathematics educator. Metz has given years of dedicated service to the field of mathematics education in the Commonwealth of Pennsylvania.

She taught high school mathematics at Rockwood Area High School in Somerset County, Pa. for 27 years and served as mathematics department chair and mathematics curriculum coordinator. During her tenure, she received the Presidential Award for Excellence in Mathematics Teaching. Metz then served for four years as a Resident Fellow in Mathematics for the University of Pittsburgh’s Institute for Learning, where she provided professional development in the teaching of mathematics to teachers, coaches, and administrators in urban school districts across the U.S.

Metz has been a member of the IUP Mathematics Department since 2007, in addition to being an alumna of IUP.

]]>Breakfast will be served from 8:00 a.m. until the start of the 2015 Homecoming parade (at approximately 10:00 a.m.) in Stright Hall, room 226, on Homecoming morning, October 3. Current students and alumni can mingle with current and former faculty members to reminisce.

Kindly RSVP to Lori Marshall (lmarshal@iup.edu) by Friday, September 24, so that we can make sure we have enough food.

]]>

One of the missions of the Charles A. Dana Foundation is to advance mathematics education for children of military families. An International Facilitation Fellow travels to select international or domestic Department of Defense Education Activities (DoDEA) sites to deliver two-day trainings to DoDEA teachers and leaders.

DoDEA serves over 75,000 military dependent students across the Pacific, U.S., and Europe. DoDEA is transitioning to the Common Core State Standards in Mathematics as their college and career readiness standards.

After receiving a four-day training in summer 2015, Colen facilitated a two-day workshop for the Stearley Heights elementary school teachers in Okinawa, Japan, in August 2015.

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Russ Stocker will give participants a hands-on introduction to R, on open source software environment for statistical computing and graphics. R also contains over 4,000 contributed packages that allow users to implement the latest statistical methodology.

- Workshop I will take place on September 22, 2015, from 3:30–5:00 p.m. in Stright Hall, room 220.
- Workshop II will take place on September 24, 2015, from 3:30–5:00 p.m. in Stright Hall, room 220.

Computer space in Stright 220 is limited, so please register in advance using this IUP Qualtrics link.

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During the seminar, Dorsett will explore using *Mathematica* and Wolfram Alpha for a variety of practical and theoretical applications across a variety of disciplines. No experience with *Mathematica* is required, and students are encouraged to attend.

IUP has a site license for *Mathematica*, so it is available to students at no cost. Wolfram Alpha is an inexpensive but powerful smart phone app that is available for most smartphone operating systems.

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Flowers will give a public seminar on September 10 at 4:30 p.m. in room 207 Weyandt Hall. A reception will be held at the Artists Hand Gallery immediately following the seminar at 5:30.

Flowers is currently the advisor of the Math Club and was the inaugural recipient of the Math Department award for service. He recently finished a two-year term as vice chair of the Allegheny Mountain section of the Mathematical Association of America (MAA), and has organized paper sessions at two national MAA meetings. He is also a consultant in an open-source project sponsored by the MAA and the National Science Foundation.

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Aeroelastic Flutter is a highly non-linear phenomenon caused by a combination of aerodynamics, inertial forces, and the elastic properties of the wing of an aircraft. Researchers at NASA are working to advance fundamental knowledge of aeroelastic phenomena through the development and application of prediction methods to aerospace vehicles.

In support of their work, we are investigating a data-driven approach to understanding flutter by applying temporal pattern mining algorithms to the experimental data collected during wind tunnel testing. When testing an aircraft model in a wind tunnel, scientists and engineers currently rely on expert observation, monitoring of instrumentation, and the use of Fourier Transforms to convert data from the time domain to the frequency domain. This approach may not always be effective in identifying subtle dynamics that are precursors to flutter.

In his talk, Yagle will discuss the use of pattern mining algorithms to identify repetitive subsequences—or “signatures”—in time series data collected from accelerometers. The family of algorithms being investigated has the capability to mine unprocessed, time-domain data in a fraction of the time required by other methods. Once identified, these signatures can then be mapped to events that occurred during wind tunnel testing.

Detection and identification of significant signatures could lead to new insights about precursors to flutter and other aeroleastic phenomena. An overview of the algorithms and test methodology will be presented, along with a discussion of the potential challenges and benefits to this important area of aerospace research.

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Mary Lou Metz served as the chair of the conference, and Brian Sharp chaired the Exhibits Committee.

Edel Reilly, Brian Sharp, Margaret Stempien, and Janet Walker presented sessions as did secondary mathematics education major Emily Downs from Monrovia, Md. Also presenting were middle level education majors Blair Hillegass, Jessica Huzsco, Lindsay Kells, and Aubree Lockard.

]]>His citation by the ASA reads: for influential contributions to the theory and practice of spatial statistical analysis and the effective dissemination and popularization of these methods in geography and environmental science through research, teaching, and editorial endeavors.

The designation of ASA Fellow is an honor that has been bestowed for nearly 100 years and is restricted to no more than one-third of one percent of the ASA membership each year.

Griffith has published
papers in *Linear Algebra and Its Applications* and a number of statistics
journals, including the* American Statistician*, and he is currently a
reviewer for the American Mathematical Society’s *Mathematical Reviews*.

During final exam week (May 4–8), mathematics tutoring times will be as follows:

- Monday: Stright 229 — 12:20–2:20 p.m.
- Monday: Stright 232 — 2:30–4:30 p.m.
- Tuesday: Stright 232 — 11:00 a.m.–4:00 p.m.
- Wednesday: Stright 229 — 12:20–2:20 p.m.
- Wednesday: Stright 232 — 2:30–4:00 p.m.
- Thursday: Stright 232 — 11:00 a.m.–4:00 p.m.

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McMurdy will share her perspectives of a successful career in banking, technology, and customer service and answer questions from students. Her talk is scheduled for Wednesday, April 15, in Stright Hall room 202 at 3:30 p.m.

Her 34-year career at
First Commonwealth is characterized by her creative leadership, high energy,
and commitment to improving the lives of individuals in Pennsylvania,
especially the lives of women. She retired from First Commonwealth in 2012 as
executive vice president and CIO, where she was responsible for all information
technology assets, including network infrastructure and security at over 115
locations in 15 counties. She is currently associated with Endeavor
Management, a strategic advisory firm, where she speaks and advises on
information technology governance for boards of directors. She was named
2011 CIO of the year for large corporations by the Pittsburgh Technology
Council and one of the 2009 Top Women in Business by the *Pittsburgh Business
Times*. Her philanthropy includes serving as chairman for the American Heart
Association’s Go Red for Women Campaign in Pittsburgh, chairing the Love of
Life Gala for Indiana Regional Medical Center, and chairing the Susan G. Komen
Foundations Rally for the Cure Event.

Tyler will reflect on his career as a research statistician and discuss current trends in statistics. He is the Distinguished
Professor in the Department of Statistics and Biostatistics at Rutgers, the
State University of New Jersey. His talk is scheduled for Friday, April 17, in Stright Hall room 202 at 3:30 p.m.

He earned an MSc in 1974 from the University of Massachusetts and MSc and PhD degrees from the Department of Statistics at Princeton University in 1976 and 1979, respectively. Prior to his appointment at Rutgers, he was a professor at the University of Florida and Old Dominion University in Va.

Tyler has an international reputation for his research in mathematical statistics, with over 70 publications in high-quality international academic journals. He has been an invited speaker at over 45 international conferences and universities throughout the North America, South America, and Europe.

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Butler’s first talk is titled “Building a Successful Company—With Mathematicians???” and is intended for a general audience. In this talk, Butler will give an overview and history of his company, Daniel H. Wagner Associates, which is a leader in applying mathematics and computer science to problems in industry.

Through the years, the company developed an impressive reputation for mathematical analysis applied to the budding field of Search Theory (find the lost H-bomb, find the sunken treasure, find the enemy submarine, etc.), and this continues to be an area of expertise today. At the same time, the company demonstrated the breadth of its capabilities by working in areas as diverse as DNA sequencing, retirement planning, crane anti-sway, speech recognition, speaker verification, and random number generation on GPUs.

This first talk will be held in Johnson Hall room 247, from 11:15 a.m.–12:05 p.m.

The second talk will be geared towards an audience with some mathematical background. Butler will discuss data fusion and a few of the various mathematical algorithms required to successfully implement a Data Fusion Service. As a concrete example of the use of Decentralized and Autonomous Data Fusion Service, the Office of Naval Research conducted a demonstration of this first-of-its-kind technology, which will allow any unmanned surface vehicle to not only protect Navy ships, but also, for the first time, “swarm” offensively on hostile vessels.

This second talk will be held in Weyandt Hall room 32, from 2:20–3:10 p.m.

C. Allen Butler holds a BA in mathematics from Texas Tech University and a PhD in mathematics from the University of Illinois, Champaign–Urbana (1987). He has been employed at Daniel H. Wagner Associates, Inc. since 1987 and has served as president since 2008. Throughout his career, Butler has served as the principal investigator for Department of Defense R&D projects involving a variety of mathematical disciplines as applied to areas such as tracking, track correlation, data fusion, and search optimization. He has been involved in the development and implementation of optimal search techniques for a number of projects, including a research effort whose goal was the interdiction of narcotics smugglers in the Caribbean.

Butler is an internationally recognized expert in data fusion and occasionally instructs three- or four-day seminars on Multi-Sensor Data Fusion and Applied Kalman Filtering offered both nationally and internationally. Butler holds one patent for an algorithm designed to use surface search radar to anticipate and prevent runway incursions at major airports. He is a member of the American Mathematical Society, the Mathematical Association of America (and a past member of the Board of Governors), Institute for Operations Research and Management Science(INFORMS), IEEE, Society for Industrial and Applied Mathematics (SIAM), and a number of industry-specific professional organizations.

]]>Warahena-Liyanage will speak on a new class of lifetime distributions called the Lindley power series. The distribution properties, including survival function, hazard and reverse hazard functions, limiting behavior of the pdf and hazard function, quantile function, moments, distribution of order statistics, mean deviations, Lorenz and Bonferroni curves, and Fisher information, will be presented. Some real data examples will be used to illustrate the usefulness and applicability of the Lindley logarithmic distribution. Warahena-Liyanage’s thesis is supervised by Mavis Pararai.

]]>Saturday, March 21, 2015

6:00–9:00 p.m.

The Coney (Upstairs)

642 Philadelphia Street

Indiana, PA

Please, no gifts. Casual attire. Appetizers provided. Beer, wine, and soda provided. Cash bar for other drinks.

No need to RSVP! Come and join us in celebrating a career and life dedicated to education.

]]>The workshops, titled “Do You SEE What I Am SAYING...?” examine and highlight
some of the proven, most effective ways to set up and display
analytical information in simple, yet effective pictures. These displays will
increase the ability of your audience to really *see* what you are
*saying*. They also highlight common pitfalls of visual design of
charts and graphs, and propose a set of measures to fix these
pitfalls for effective communication of the real message.

- Open to everyone
- 10:30 a.m.– noon in Weyandt Hall, room 107

- A hands-on session, limited by the size of the computer lab.
- 3:30–5:00 p.m. in Stright Hall, room 220.
- Please RSVP online for Workshop 2. Please note that reservation for the morning workshop is not required.

Matos is a
manager of Operations Research Analyses, responsible for serving customers in all
war-fighting and academic areas as well as developing numerical analysis models
and simulations. With over 24 years of successful management and leadership
experience, he brings a reputation for meeting demanding goals and objectives.
He also has five years of Pentagon experience managing and developing the most
challenging analytic agendas. Matos spent two years as master instructor of
Mathematics at the U.S. Naval Academy.

In addition to his involvement as current president of the Military Operations
Research Society, Matos is also a member of the American
Psychological Association, the Society for Industrial and Organizational
Psychology, the Society for Consulting Psychology, the Society for
Military Psychology, the Institute for Operations Research and the Management
Sciences, the Military Officers of America Association, and
the National Society for Hispanic Professionals.

- Session 1: Introduction to Mathematica Monday, February 2
This hands-on session will familiarize participants with the basic capabilities of Mathematica, including experience with Mathematica's notebook interface and syntax. Topics will include 2D, 3D, and parametric graphing; animations; and equation solving. - Session 2: Programming in Mathematica Wednesday, February 4
Participants will learn to create their own customized functions in Mathematica. Examples will include drawing polygonal spirals and pyramids.

Due to the limited number of seats in Stright 220, please follow the IUP Qualtrics link to confirm your participation by noon on Friday, January 30.

In the paper the authors propose a new class of distribution called the beta-exponentiated power Lindley (BEPL) distribution. The article can be found at the publisher's website.

Flowers presented an overview of the Calkin-Wilf tree,
including how it may be used to enumerate the rational numbers. He also
summarized how the tree relates to the classical combinatorial question of
counting integer partitions. In particular, Calkin and Wilf proved that
the tree counts hyperbinary partitions.

Flowers then reported on recent work with
Shannon Lockard of Bridgewater State University, where they introduce an
*m* - ary tree that is a generalization of Calkin and Wilf’s tree. Flowers gave
characteristics of this tree and showed how these trees can reveal and
verify new properties of the hyper *m* - ary partition function.

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The tutoring times for MATH 101, 105, 110, 115, or higher (except MATH 151, 152, 153) for the week of December 8, 2014 will be:

Monday | 12:00-4:00 p.m. | STRGT 231 |
---|---|---|

Tuesday | 12:00-2:30 p.m. | STRGT 231 |

Wednesday | 12:00-4:00 p.m. | STRGT 231 |

Thursday | 12:00-4:00 p.m. | STRGT 231 |

Bouchat discussed graphs and their associated ideals, showing how results in the structure of the graph can lead to results in the minimal free resolution of the path ideal. She also talked about the process of developing mathematical conjectures in "colorful" ways.

The paper “A new Class of Generalized Dagum Distribution
with Applications to Income and Lifetime Data” was also co-authored with Broderick Oluyede of Georgia Southern University and Shujiao Huang, a graduate student at Georgia Southern, and concerns the Dagum distribution. The Dagum distribution is a sub-model of the generalized beta distribution of the second kind and plays an important role in size
distribution of personal income. The article is published in *Journal of Statistical and Econometric Methods*,
3(2), 125-151, 2014.

The other two papers were co-authored with Gayan Warahena-Liyanage, a student in the Applied Mathematics graduate program at IUP. The first, “A New Class of Generalized Inverse Weibull Distribution with Applications,” concerns mathematical properties of the distribution, which is

useful for failure time data analysis. Professor Oluyede also shared co-author credit on this paper, which appeared in *Journal of Applied Mathematics & Bioinformatics*, 4(2), 17-35, 2014.

The second paper, “A Generalized Power Lindley Distribution with Applications,” appeared in *Asian Journal of Mathematics and Applications*, 1-23, 2014. The authors introduce the Exponentiated Power Lindley distribution, which is an extension of the Power Lindley Distribution. This new distribution represents a more flexible model for lifetime data.

From 11:15–12:05, Vanden Bosch will speak on “Variations on a Theme by Sierpinski,” extending the Sierpinski gasket to the topic of random walks. This talk will be held in Weyandt Hall, room 107.

His second talk will be held from 2:30–3:20 in room Weyandt 208 and will discuss “Analytical Career Paths in Government.” This talk should be of interest to students thinking about careers in quantitative fields.

Finally, Vanden Bosch will speak on “The Goldilocks Fallacy,” concerning decision making and the Law of Large Numbers. This talk will be from 3:35–4:35 in Stright Hall, room 226.

Abstracts for Vanden Bosch’s talks can be found on the S-COAM page.

Peter Vanden Bosch currently teaches mathematics at Marymount University. He served in the USAF for 26 years,
culminating as chief of analysis and science and technology advisor
for USNORTHCOM and NORAD. He also worked in a think tank on homeland security
issues for three years. Vanden Bosch also taught high school for seven years. He has published
articles on mathematics education, nuclear effects, stochastic
processes, military doctrine, homeland security, numerical estimation,
and the psychology of decision making. Vanden Bosch earned a PhD in Operations Research at the Air Force Institute of Technology.

The first workshop, “Introduction to Python,” will be held on Thursday, October 9, from 3:30 to 5:00 p.m. in Stright Hall, room 220. In this workshop, Chrispell will introduce
participants to Python scripting using a Linux environment
with the goal of modeling an N-Body problem. Topics covered will include
package management for the Linux OS, importing Python libraries, and basic
scripting for numerical computation touching on classes, functions, and
plotting data.

The second workshop, “Python II: Image Processing with Python,” will be held on Thursday, October 16, from 3:30 to 5:00 p.m. in Stright Hall, room 220. In this second workshop, Donley will teach some fundamental procedures for analyzing images and will implement those procedures in the Python programming language using popular Python packages. Image processing tasks will include edge detection, line detection, and identification of objects within images. This second workshop is intended for people who already know a programming language.

If you are interested in attending one or both workshops, please RSVP using the following Qualtrics link: RSVP Link

These workshops are cosponsored by the Mathematics Department, the S-COAM program, and the IUP Software Development Center.

Johnson is an associate of the Casualty Actuary Society and a member of the American Academy of Actuaries. He also serves as treaty underwriting manager and senior vice president with Swiss Re America Holding Corporation.

Johnson will discus the various traditional and nontraditional roles for a property and casualty actuary in the insurance and reinsurance market. He'll talk about how these jobs differ with respect to passing actuarial exams, hours of work, job quality, and salaries.

Johnson will also discuss the recommended course work and skills needed to be successful in an actuarial career.

In 1999, Neil Calkin and Herb Wilf “recounted”
the rationals on a binary tree in their article “Recounting the Rationals” in Volume 107, Number 4 of the *American Mathematical Monthly*. Their new approach to an ancient problem
has been featured in many places, including the book *Proofs from THE BOOK*, containing what some consider to be the most elegant proofs of famous mathematical theorems. It also led to several other results and generalizations from numerous
authors. However, the Calkin-Wilf tree is also related to the classical
combinatorial question of counting integer partitions. In particular,
they proved that the tree counts hyperbinary partitions.

Flowers will recap the results above, including a fun way to
enumerate the rational numbers. Then, he will introduce an *m*-ary tree that is
a generalization of Calkin and Wilf’s tree. Finally, he will discuss
characteristics of this tree and show how he used these trees to reveal and
verify new properties of the hyper *m*-ary partition function.

Flowers’ talk is intended to be accessible to undergraduate students.

]]>

Colen along with co-presenters Jung Colen (MEd '11, currently at Penn State University) and Jinho Kim (Daegu National University of Education) presented an ethnographical approach to reporting two elementary school teachers' math talk move facilitation. The vignettes of the classroom discussions between the students and teachers depicted how they used the math talk move to interconnect mathematical concepts.

"Math Talk Moves" afford a community of learners frequent opportunities to articulate their
mathematical thinking and to assess their peers’ conjectures and conclusions.
The presented moves are not unguided, aimless discourses. Rather, the moves
serve as an instructional tool to probe for student understanding and to
scaffold their mathematical learning.

In the first part of the talk, we will recall the basic
theory of impartial games. We’ll learn how to win at familiar games like NIM
and precision bowling. Then, we’ll apply this knowledge to study games in which
two players alternately pick elements of a given group until the picked
elements generate the group.

]]>

Chrispell is part of a group of mathematicians lead by Katie
Fowler (Clarkson University) and Lea Jenkins (Clemson University) working on
optimal strategies for agricultural groundwater use.

The group has several
ongoing projects, including optimizing crop planting strategies using a virtual
farm coupled to a groundwater-hydrology simulator, and optimizing groundwater
recharge by analyzing the placement of catchment basins along stream networks
on watersheds.

This work is the result of the research group’s participation in an American Institute of
Mathematics (AIM) Structured Quartet Research Ensemble focusing on sustainable
agriculture.

Their work has been featured on *PBS NewsHour* and on the AIM website.

Rachelle (Shelly) Bouchat was born and raised in
Butler County, Pennsylvania. She obtained her bachelor’s degree in
mathematics with a minor in computer science from the University of Pittsburgh
at Johnstown in 2003. She then went on to
obtain her master’s and doctoral degrees in mathematics at the University of
Kentucky. Upon completing her doctoral degree in 2008, Bouchat
accepted a position at Slippery Rock University where she worked until 2014, earning tenure.

Bouchat’s research area is combinatorial commutative algebra,
where she currently studies path ideals and the algebraic properties of these
ideals relating to their minimal free resolutions. She also studies different board games and attempts
to model them mathematically.

Other mathematical interests of Bouchat’s include the mathematics of origami as well as the mathematics of
knitting. In her spare time, you can find Bouchat doing any number of things.
She loves playing musical instruments and has played the violin/fiddle
for many years, and in recent years she has been taking time to learn piano,
ukulele, and even the accordion. Bouchat also loves playing board
games, with Settlers of Catan, Ticket to Ride, and
Carcassonne being some of her current favorites. Bouchat also loves painting and drawing and is an
avid knitter! Through all of these things, she enjoys
spending time with her dog, Calvin.

Yongtao Cao was born in north China. He received his BA and MA degrees in economics from universities in China. He then received his master’s degree in statistics from the University of North Florida in 2009. In 2014, Yongtao completed his studies at University of Wyoming and received his PhD in statistics.

His research interests lie in the area of statistical science, ranging from multi-objective optimization to optimal experimental design to statistical computing and to data visualization and analysis.

Yongtao loves traditional Chinese culture and medicine. He also enjoys playing (poorly) and watching badminton, hiking, and enjoying many kinds of tea. Yongtao is married, and he and his wife have one daughter.

- The Ida Arms Scholarship for Mathematics was awarded to Derek Hanely, a mathematics major from Pleasantville, Pa.
- The James A. Boytim Scholarship in Mathematics was awarded to Michael Myers, a secondary mathematics education major from New Castle, Pa.
- The Roy Daugherty Scholarship was awarded to Celeste Catalano, a mathematics major from Lucernemines, Pa.
- The Dr. Willard Hennemann, Jr. Memorial Scholarship was awarded to Kelly Harrington, a middle level mathematics education major from State College, Pa., and to Sarah Hemmerle, a middle level mathematics education major from Plum, Pa.
- The Tony and Carole Kuczinski Memorial Scholarship was awarded to Michael Myers, a secondary mathematics education major from New Castle, Pa.
- The Arthur G. Morrell Memorial Scholarship was awarded to Ryan Hillegass, an applied mathematics major from Roaring Spring, Pa.
- The James Myers Memorial Scholarship was awarded to Andrea Marra, a middle level mathematics education major from Morton, Pa.
- The Mildred M. Reigh Scholarship was awarded to Emily Downs, a secondary mathematics education major from Monrovia, Md.; Kaitlyn Lishinsky, an early childhood education/special education major from Duncansville, Pa.; and Samantha Kissel, a secondary mathematics education major from Latrobe, Pa.
- The Terry Serafini Outstanding Scholar awards were given to Savanna Bonds, a mathematics major from Palmyra, Pa., and Shawn Mosley, a secondary mathematics education major from Canonsburg, Pa.
- The Merle Stilwell Scholarship for Mathematics was awarded to Devin Gray, a mathematics major from Burley, Wash.
- The Rebecca A. Stoudt Memorial Scholarship was awarded to Tyler Gantz, an applied mathematics major from Lewistown, Pa.
- The Ken and Lois Widdowson Scholarship was awarded to Katherine Browe, a secondary mathematics education major from Indiana, Pa.

Also recognized were students who were awarded scholarships during fall 2013 and spring 2014 semesters from the Scholarships–Creating Opportunities for Applying Mathematics program, run by Rick Adkins and Yu-Ju Kuo.

Please view a gallery of photos from the event.

Chairperson Francisco Alarcón spoke on behalf of the faculty, and each graduate spoke a few words to the assembled guests.

- Richard J. Coultas
- Anthony Francis Filiziani (August, 2014)
- Vincent Zugudaah Forgo
- Scott A. Rega
- Jonathan Robert Wayland
- Jeremy John Yagle

- Ashleigh Nicole Craig
- Theresa Ann Scarnati
- Briana Lyn Zilko

- Ross M. Newcome
- Rebecca A. Nichol
- Sean P. Smith

- Chad David Borusky
- Shanna Marie Grusky
- Travis Joseph Hannam
- Heather Sue Hobbins
- Tyrone Burton Jones
- Trisha M. Klingensmith
- Julie Marie Maloney
- Kaitlyn Marie Selfridge

Congratulations to all of our graduates, their families, and their friends.

View a photo gallery of the event.

- Monday, May 5, 3:30–7:30 p.m. Stright 232 (MATH 100, 101, 105, 110)
- Monday, May 5, 2:30–5:00 p.m. Stright 226 [MATH 115 or higher (except 151, 152, 153)]
- Tuesday, May 6, 11:00 a.m.–2:30 p.m. Stright 226
- Wednesday, May, 7 2:45–7:15 p.m. Stright 226
- Thursday, May 8, 11:00 a.m.–4:00 p.m. Stright 229

NASA systems are becoming overly
complex, with newer challenges surfacing every day. Gone are the days where we can afford to rely on “Heroes” to come and save the project. The good news is that NASA does not have to rely on “Heroes”; there exist proven, scientifically generated engineering methods and tools to help deploy successful systems.
But to do so requires an opening of minds to accept that there may be two cultures that need to be bridged.

Even though NASA may be focused on building, testing, and delivering a particular subsystem, it must embrace the holistic perspective which is driving our particular
subsystem entirely. It is difficult for the human to create the solution—how do you teach intuitive synthesis needed to go from perception of problem to an idea for
its solution? Over the years, Systems Engineering has promoted that it brings tools and methods to the table to help bridge this gap. In
this talk, Fisher will explore the concept of two cultures and its effects on system development, and in particular how the Independent Verification and Validation approaches strive to
integrate the holistic view when determining whether or not a software system will work.

Marcus Fisher’s presentation is sponsored by the S-COAM program spearheaded by Yu-Ju Kuo and Rick Adkins.

Come to Zink Hall, Gym A for a free event consisting two hours of math games organized by IUP Preservice Teachers of Mathematics. IUP professors will be present throughout the event. Parents are encouraged to stay and participate, but are not required to be present. For questions feel free to contact Katie Lishinski, IUP-PTM president, at psvr@iup.edu, or Mary Lou Metz, IUP-PTM faculty advisor, at mlmetz@iup.edu. If you know you will be attending, please contact Lishinski so we can get an estimated head count.

The Mathematical Contest in Modeling is an annual international
competition, with 6755 teams participating this year from 18 countries. Teams of up to three undergraduate students
spend an intense four-day weekend at their home institution, working on an open-ended
realistic mathematical problem.

The team of Mathematics and Economics double major Ashleigh
Craig (Hollidaysburg, Pa.), Geology and Computer Science double major Daniel O’Hara
(Ebensberg, Pa.), and Mathematics major Theresa Scarnati (Erie, Pa.) worked on a
model to analyze the performance of the “Keep Right Except to Pass Rule” in
light and heavy traffic. The team
analyzed throughput versus safety, the role of speed limits, and other factors
in analyzing this model. The team of
Craig, O’Hara, and Scarnati were declared “Meritorious Winners,” placing their
work in the top 10 percent of all entrants.

Ashleigh noted that “It was pretty intense. You only have four days to do all the
research, create and test the model, and write up a report.” Theresa added that “the Mathematics
Department faculty members were great. They kept us fueled with food and snacks throughout the weekend. The students also made use of the computing
facilities of the Mathematics Department.

The team of Craig, O’Hara, and Scarnati used a combination of partial
differential equations, discrete simulation in MATLAB, and a technique known as “time
stepping” in their analysis. Ashleigh
and Theresa noted that they learned about time stepping in John Chrispell’s
Numerical Methods class.

The team of Mathematics and Physics double major Ross
Newcome (Reading, Pa.), Mathematics major Sean Smith (Annandale, Va.), and
Computer Science major Michael Taylor (Waynesboro, Pa.) also worked on the
traffic model, earning a “Successful” designation for their modeling of the
problem. Newcome, Smith, and Taylor wrote a rules-based discrete simulation model and a risk analysis discrete simulation model in Java.

A team of exchange students from China majoring in Finance, Yifei
Hu, Zhen Yang, and Huidong Zhang, worked to create a mathematical model to
analyze and declare the “best all-time college coach,” male or female, for the
past century. The team of Hu, Yang, and
Zhang used three operations research models of increasing
complexity to refine their choice of best coach of the century—the simplex
method, a combination of Data Envelopment Analysis and Grey Relational
Analysis, and then they added economic and life expectancy indices. Hu, Yang, and
Zhang earned an
“Honorable Mention” for their model, placing their work in the top 42 percent of all
entrants.

It was Hu, Yang, and Zhang
who initiated IUP’s participation in the competition. Ed Donley of the Mathematics Department,
who served as one of the advisers for the students, said, “Yifei knew of the
COMAP modeling competition because it is very popular in China. He stopped by my office and asked if I would
sponsor their team in the competition. I
was familiar with the COMAP modeling contest, but IUP has never
participated. I was enthusiastic about
giving students an authentic applied mathematics experience—working as a team
on a complex mathematical problem that does not have one ‘correct’
solution. I enlisted Dr. John Chrispell
to work with me to assemble and orient the teams.”

Chrispell added, “I teach the
operations research course sequence, so I know most of our students’
mathematics and programming capabilities. We recruited our best students with a breadth of mathematics, science,
and computer science backgrounds for the competition.”

Donley and Chrispell hope to make this an annual event
in the Mathematics Department. Ed
commented, “I have already had some sophomores come up and ask me if we can
participate next year. So, the pump is
primed.”

COMAP (Consortium for Mathematics and Its Applications), is
an award-winning, nonprofit organization whose mission is to improve
mathematics education for students of all ages. In each year since 1984, COMAP has sponsored the Mathematical Contest in
Modeling for undergraduate students.

Plant-eating insects are important members of ecosystems
because they convert the photosynthetic energy of plants into high protein and
fat resources for birds and other insect predators. A healthy terrestrial ecosystem requires
abundant insect fauna. Many non-native
plants are less preferred food sources for insects, but no studies have been
done to determine the exact quantitative level of preference for native plants
over non-native ones.

To determine this, an accurate method is needed to
measure the amount of native plant foliage consumed by insects. Current leaf area calculation software
systems only find the areas of existing leaves. They cannot perform the more difficult task of reconstructing missing
portions eaten by insects.

This
interdisciplinary collaboration will produce a software system to reconstruct
images of the missing portions of leaves that have been partially eaten by
insects. In an accompanying field
experiment, the software will be used to accurately measure insect feeding
preferences for several significant native verses non-native plants in
ecosystems.

Student participants in this research project are from
Computer Science, Biology, and Mathematics. The leaf area calculation software will be distributed freely to other
researchers.

Web analyst is a position that is emerging in our
data-driven society. The goal of this presentation is to bring awareness
to the web analyst field, provide a day in the life of a web analyst, and show
some useful tools that are used by web analysts. With virtually everything
online being trackable, the benefits are endless for companies employing
people who love data. Companies are investing thousands, even millions of
dollars with insights they are gaining from web analysts. With the world
becoming more and more digitally focused, the opportunities are only going to
increase for people with strong analytic skills. There is a huge lack of
awareness for this field, especially among math majors.

After this presentation
is complete, you will have a better understanding of whether or not being a web
analyst is for you.

R is a free statistical software package that is extensively used in both academia and
industry. It is an open source platform with more than 5,000 contributed packages that include the latest statistical analysis tools.

In this two-day
workshop, Stocker will introduce the major
components of R. This will include importing and exporting data, descriptive statistics, graphics,
inferential statistics, statistical
modeling, and simulation studies. Participants in the workshop will use the R package to analyze a
variety of data sets and will receive
example R code and output.

If you wish to attend, please RSVP via e-mail to Yu-Ju Kuo of the Mathematics Department: yjkuo@iup.edu.

Built on the principles of connected and participatory learning, edcampPGH strives to bring teachers together to talk about the things that matter most to them: their interests, passions, and questions.

The conference is free, although registration is required via the website. The conference will take place at the Ellis School in Pittsburgh on Saturday, April 5, 2014.

During his visit, Matos will give three presentations:

- 10:10–11:00 a.m.
- Weyandt Hall, room 32

- 1:25–2:15 p.m.
- Johnson Hall, room 247

- 3:30–4:20 p.m.
- Stright Hall, room 226/229

Rafael Matos was born in San Juan, Puerto
Rico, and attended the University of Puerto Rico, where he obtained a Bachelor
of Science degree in Natural Sciences. Upon graduation, he joined the U.S. Navy
and served as a surface warfare officer aboard the *USS Garcia* (FF 1040) and the
aircraft carrier *USS America* (CV 66) during Operations Desert Shield and Desert
Storm, and was forward deployed on the *USS Curts* (FFG 38) in Yokosuka, Japan.

Matos obtained a Master of
Science degree in Operations Research from the Naval Postgraduate School, and
was later assigned as an operations research analyst
in the Office of the Chief of Naval Operations at the Pentagon. After this
tour, he was assigned as a manpower analyst in the Office of the Chief of Naval
Personnel, also at the Pentagon. His last tour of duty was as a master instructor
of mathematics at the U.S. Naval Academy, where he was nominated for the Clements
Award for excellence in teaching. Matos retired from the Navy after 20
years of honorable service.

He holds a Doctor of Philosophy degree in
Organizational Psychology, with a concentration on cognitive decision making. His
areas of expertise are statistical analysis, optimization, modeling and
simulation, decision analysis, and organizational decision support
facilitation.

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Mathematics and Economics double major Ashleigh Craig, Geology and Computer Science double major Daniel O'Hara, and Mathematics majorTeresa Scarnati will form one team, Mathematics and Physics double major Ross Newcome, Mathematics major Sean Smith, and Computer Science major Michael Taylor form a second team, and Finance major exchange students Yifei Hu, Zhen Yang, and Huidong Zhang will form a third team. Dr. John Chrispell and Dr. Ed Donley are serving as the advisers for all three teams, but they is not allowed to help the teams once the contest begins.

In the Mathematical Contest in Modeling (MCM), teams are given 96 hours to develop mathematical models to solve a real world problem posed by COMAP. The teams must also evaluate their model and write a research paper describing their results. The contest focuses on mathematics, computation, and communication. Previous years' problems included developing heat distribution models for brownie pans, estimating the total weight of leaves on a tree, creating a geographical profile to help catch a serial killer, and modeling hunting strategies of velociraptors based on fossil data.

For more information about COMAP or the ICM, please see http://www.comap.com/undergraduate/contests/

To be named a Provost Scholar, students must have earned a minimum of 45 semester hours at IUP with a cumulative grade point average of 3.5 or higher. Provost Scholar recognition is given only once during a student's time of study at IUP. Congratulations!

- Andy Baran
- Savanna Bonds
- Hadley Cesar
- Tyler Cochenour
- Devin Gray
- Maxwell Palinski

- Sarah Finnegan
- Tyler Gantz
- Shanna Grusky
- Ashley Kirsch
- Michael Myers
- Audrey Weldon

- Melissa Gretch
- Sarah Hennerle
- Laura Lesnever
- Sara Malcolm
- Andrea Marra
- Lauren Mingioni
- Faith Moore
- Rachel Newman
- Katy Peles
- Emily Peters
- Leah Pitre
- Angela Sudik
- Breeana Wilson

**Monday, December 9**

3:30–6:00 p.m.

Stright 240

**Tuesday, December 10**

12:30–4:00 p.m.

Stright 331

**Wednesday, December 11**12:30–4:30 p.m.

Stright 333

**Thursday, December 12**

10:30 a.m.–4:30 p.m.

Stright 229

Brian Sharp, Department of Mathematics, mentored the student presentation, which demonstrated how YouTube and other resources contain videos that teachers can use to enhance their lessons. The students demonstrated video examples of ratios, probability, matrices, reflections, and exponents.

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- 1:25–2:15 p.m.
- Room 101 Eberly

Failure
detection and fault correction are vital to ensure high-quality software.
During the development and deployment phases, detected failures are commonly
classified by severity and tracked to meet quality and reliability
requirements. Besides tracking failures, this data can be analyzed and used to
qualify the software and to control the development and maintenance process.
Our work is focused on failure data collected during the development phase and
explores what we can learn by analyzing this data. Change management systems
log the failures detected and the code fixes to correct the underlying software
defects. By applying software reliability models and statistical techniques to
this defect data, we can answer questions such as the following:**
**

- Is the maintenance process increasing the software reliability?
- Is the maintenance process under control?
- How many failures are expected to occur in the field?
- What is the expected time remaining to meet the reliability requirement?

**
**This
presentation addresses these questions by using a methodology based on trend
analysis, control charts, and software reliability growth models. The
methodology is applied to a large software system during various stages of
testing including customer acceptance testing.
What is new about this methodology is the combined use of control
charts, trend analysis, and software reliability models.

- 3:35–4:35 p.m.
- Rooms 226/229 Stright

- 5:20–6:20 p.m.
- Rooms 226/229 Stright

The
saturation of mobile phone markets has resulted in rising costs for operators
to obtain new customers. These operators thus focus their energies on
identifying users that will churn so they can be targeted for retention
campaigns. Typical churn prediction algorithms identify churners based on
service usage metrics, network performance indicators, and demographic information.
Social and peer-influence to churn, however, is usually not considered. In this
talk, a new churn prediction algorithm is described that incorporates the influence
churners spread to their social peers. Using data from a major service provider,
it is shown that social influence improves churn prediction and is among the
most important factors.

Veena Mendiratta is a practice leader, Network
Reliability and Analytics, in the Corporate CTO organization at Alcatel-Lucent
in Naperville, Illinois, USA. Her work is focused on analytics for
customer experience and network reliability, cloud network reliability, and
service reliability modeling for mission critical networks. She has published
over 40 papers in conferences and journals and has presented tutorials on
reliability modeling and analysis at several conferences. Other
professional activities include: Scientific Committee member for the NetMob
Conference, Program Committee member for IEEE, DSN, and ISSRE conferences (past)
and IEEE Cloud Engineering conference; Steering Committee member for the ISSRE
conference; member of the SIAM Visiting Lecturer Program; invited judge
for the annual COMAP-sponsored MCM and HiMCM math modeling competitions; and
appointment as a Fulbright Specialist Scholar for a five-year period
(2012–2017). She holds a Ph.D. in
Operations Research from Northwestern University and a B.Tech in Engineering
from the Indian Institute of Technology, New Delhi, India.

]]>

- September 16, 5:05–6:20 p.m., Stright 220
- Learn to write programs in MATLAB. Examples will include Newton's root-finding method and fractals, and sound wave analysis.

- September 23, 5:05–6:20 p.m., Stright 220
- Transform and analyze photographs with MATLAB using basic mathematical operations. Topics will include changing contrast, eliminating noise, and finding edges.

Due to the limited number of seats in STRGT220, please
respond by e-mail to Yu-Ju Kuo at yjkuo@iup.edu to confirm your participation by noon on Monday, September 16.

Professors Kimberly Burch, Timothy Flowers, and Dan Burkett and their colleagues welcomed the students for the competition, lunch, and awards ceremony. For the 50th anniversary, all contest problems were taken from earlier contests.

Dean Deanne Snavely of the College of Natural Sciences and Mathematics presented students with their awards.

The schools attending were Annville-Cleona High School, Bishop McCort Catholic High School, Blairsville High School, Brookville Area Junior-Senior High School, Burrell High School, Butler Area Intermediate High School, Calvary Baptist Academy, Freeport Senior High School, Indiana Area High School, Jefferson County–DuBois Area Vocational-Technical School, Karns City High School, Keystone Junior-Senior High School, Kiski Area High School, Knoch High School, Marion Center High School, Oil City Senior High School, Penn Hills High School, Penns Valley High School, Punxsutawney Senior High School, Richland Junior-Senior High School, and United Junior-Senior High School.

Individual awards were given to the top six scorers and the top scorer in grades 9–12. Team awards were given to the top three schools in Division I (larger enrollment schools) and Division II (smaller enrollment schools), based on the top three scores for each school.

In addition, the Robert E. Cook Honors College gave full and half scholarships to their summer honors program to the top scorers in grades 10 and 11.

Please see our photo gallery of the winners of the competition.

- Bishop McCourt: Brett Diehl, Nana Teng, Ryan Eckenrod
- Calvary Baptist: Shiqi Jiang, Jerry Zhang, Di Wu
- (tie) Annville-Cleona: Michael Darok, Matthew Darok, Jack Kintigh

(tie) Marion Center: Jakeb Rising, Kyle Anderson, Dalton Mack

- Indiana Area: Badi Zhou, Isaac Mastalski, Jennifer Han
- Kiski Area: Paul Murray, Austin Feydt, Charles Law
- Burrell: Glenn Spiering, Nathan Walker, Kaylyn Cameron

- Grade 9: Badi Zhou, Indiana Area
- Grade 10: Brett Diehl, Bishop McCort
- Grade 11: Shiqi Jiang Calvary Baptist
- Grade 12: Paul Murray, Kiski Area

- First Place: Shiqi Jiang Calvary Baptist
- Second Place: Badi Zhou, Indiana Area
- Third Place: Paul Murray, Kiski Area
- Fourth Place: Brett Diehl, Bishop McCort
- Fifth Place: Nana Teng, Bishop McCort
- Sixth Place: Ryan Eckenrod, Bishop McCort

Chairperson Francisco Alarcón spoke on behalf of the faculty, and each graduate spoke a few words to the assembled guests.

- Ryan Grove
- Loic Niragire
- Jeffrey Vargson
- Joshua Buchheit (August, 2013)

- Danielle Crossey (August, 1013)

- Charles William Gehrett

- James Joseph Bradford
- Emilia Roberta Osborne
- Hannah Taylor Raihall
- Zachary Adam Seymour
- Aaron Joseph Waibel
- Robert W. Zinsmeister

- Salvatore Richard Brusco
- Jody Pounds Crissman
- Stephen Douglas Donnel
- Stephanie Renee Edsall
- Maranda N. Evans
- Robert C. Gromley
- Tyler Shane Jack
- Jordan Lindsay Ritchie

Congratulations to all of our graduates, their families, and their friends.

View a photo gallery of the event.

]]>- The James A. Boytim Scholarship in Mathematics was awarded to Shanna Grusky, a Secondary Mathematics Education major from Derry, Pa. and Kaitlyn Selfridge, a Secondary Mathematics Education major from Saxonburg, Pa.
- The Roy A. Daugherty Scholarship was awarded to Savanna Bonds, a Mathematics major from Palmyra, Pa.
- The Dr. Willard Hennemann, Jr. Memorial Scholarship was awarded to Breanne Denning, a Middle Level Mathematics Education major from Marion Center, Pa., and to Andrea Marra, a Middle Level Mathematics Education major from Morton, Pa.
- The Tony and Carole Kuczinski Memorial Scholarship was awarded to Michael Myers, a Secondary Mathematics Education major from New castle, Pa.
- The Arthur G. Morrell Memorial Scholarship was awarded to Hadley Cesar, a Mathematics major from Clarksburg, Pa.
- The Mildred M. Reigh Scholarship was awarded to Shanna Grusky, Kaitlyn Selfridge, and Renee Clouse, a Middle Level Mathematics Education major from Butler, Pa.
- The Terry Serafini Outstanding Scholar awards were given to Derek Hanely, a Mathematics major from Pleasantville, Pa. and Theresa Scarnati, a Mathematics major from Erie, Pa.
- The Merle Stilwell Scholarship for Mathematics was awarded to Rebecca Nichol, a Mathematics major from Dayton, Pa.
- The Rebecca A. Stoudt Memorial Scholarship was awarded to Ashleigh Craig, a Mathematics major from Hollidaysburg, Pa.

Also recognized at the banquet were students who were awarded scholarships during Fall 2012 and Spring 2013 from the Scholarships–Creating Opportunities for Applying Mathematics program, run by Rick Adkins and Yu-Ju Kuo.

Please view a gallery of photos from the event.

]]>Richard Coultas, Ryan Grove, and Jeremy Yagle presented at the Allegheny Mountain Section of the Mathematical Association of America Spring 2013 meeting at IUP on April 5–6, 2013.

Ryan Grove, Scott Rega, and Jon Wayland presented at the annual spring meeting of the Pennsylvania State System of Higher Education Mathematics Association on April 17–18, 2013.

Ryan Grove presented his master’s thesis work, “Immersed Boundary Modeling of Journal Bearings in a Viscoelastic Fluid.” Jon Wayland and Scott Rega presented “White-Tailed Deer Forecast,” Jeremy Yagle presented “Mathematical Models of Running,” and Richard Coultas presented “An Introduction to Non-Repetitive Sequences.” Wayland, Rega, Yagle, and Coultas presented work they had completed for Rick Adkins’ Modeling and Simulation class.

]]>- 8:00–10:00 a.m., Stright 232
- 12:30–2:30 p.m., Stright 226

- 8:00 a.m.–12:15 p.m., Stright 229

- 10:15 a.m.–4:45 p.m., Stright 302/310

- 10:15 a.m.–12:15 p.m., Stright 226

The event will be held in the Zink Hall gymnasium on Friday, April 26, 2013, from 6:00–8:00 p.m. It features math games, snacks, stories, and prizes for children from kindergarten through grade 6.

For more information, contact Kylie Smathers at cxcr@iup.edu, or Mary Lou Metz, advisor to IUP-PTM, at mlmetz@iup.edu.

]]>Indiana University of Pennsylvania’s chapter of the Sigma Xi Science Research Society will present a lecture on the science of stock car racing by Diandra Leslie-Pelecky, a physics professor at West Virginia University, on Thursday, April 18, 2013 at ~~7:00~~ 7:30 p.m. in Eberly Auditorium.

The program is free and open to the community.

Leslie-Pelecky’s lecture, “The Science of Speed,” will focus on how physics and aerodynamics affect how NASCAR drivers compete. Her research has involved going to the Texas Motor Speedway and meeting with mechanical engineers, aerodynamicists, chemical engineers and physicists who are critical participants in the world of motorsports.

Her 2008 book, “The Physics of NASCAR,” was quoted in *Time* magazine and featured in *The New York Times* and *Sporting News* magazine. She also writes for the Building Speed blog at buildingspeed.org, in which she explains the math and science behind current events in motorsports.

Leslie-Pelecky earned degrees in physics and philosophy from the University of North Texas and a doctorate in condensed matter physics from Michigan State University. After 14 years as a professor at the University of Nebraska, she became director of the WVU Nano Initiative and a physics professor at the university. Her research seeks news ways to apply magnetic nanoparticles to make chemotherapy more efficient while decreasing side effects for patients.

Sigma Xi, the Scientific Research Society, was founded in 1886 as an honor society for scientists and engineers. It actively promotes scientific research and the promise of science and technology. Its goals are to foster interaction among science, technology and society; to encourage appreciation and support of original work in science and technology; and to honor scientific research accomplishments.

Approximately 75,000 scientists and engineers are active members of Sigma Xi in North America and abroad. There are more than 500 chapters at academic institutions, government laboratories and industry research centers.

For more information about the event, contact Ed Donley, professor, IUP Mathematics Department, at (724) 357-3792.

]]>Rosenberg will give three presentations. Verification of attendance can be provided for students.

2:00–3:00 p.m., Stright 327/329

We have a collection of prices that reflect brand preferences from a retail client. Think of a grocery store chain with various name brands like Kellogg’s, General Mills, or Quaker Oats and private-label store brands. Think Cheerios versus “Tasty-O’s.” We are trying to quantify the price relationships among N brands based on existing prices.

We’re going to use a least-squares fit to find N-1 brand values (if we fix one of them) based on the N*(N-1)/2 observed price ratios. We avoid the trivial solution of all the values equal to zero by imposing a single constraint on the magnitude of the values.

Starting with the derivation of the basic formula for minimizing the least sum of squared error with linear coefficients, we’ll add the single constraint and derive the formula we’re using in our own brand-value calculation.

3:30–4:20 p.m., Stright 327/329

A discussion of three decades of Operations Research work.

5:00–6:00 p.m., Stright 327/329

For each of N products p we have a selection of M(p) prices. Each of these prices has revenue R(P) and profit pi(P) [that’s supposed to be the Greek letter pi for profit] associated with that price. The revenue and profit value are derived from retail demand models. We want to know the best price for each product.

The concept of “best” depends on our relative weight of revenue and profit. We consider a pure-revenue objective to be lambda=zero and pure profit to be lambda=one with a continuum of revenue-profit lambda optimization weights in between. The goal of this work is to present all the optimal price possibilities for all N products over the zero-to-one range of lambda.

We’ll start by finding the optimal price for each product as a function of lambda. That involves finding the frontier, part of the convex hull of the revenue-profit values for all the prices.

Rather than enumerate M-to-the-N price-choice possibilities, we’ll find their convex hull in revenue-profit space with nothing more computationally vigorous than sorting the individual-product solutions once. While this two-objective frontier is complete and exact, extension this method to three objectives (for example, revenue, profit, and units sold) is diluted to a good approximation.

Adam Rosenberg has three decades of mathematical decision-support expertise in industries including retail science, airline optimization, financial-market analysis, hotel yield management, railroad line simulation, and telephony. He started his career at Bell Telephone Laboratories developing the emerging cellular telephone systems. He also worked in printed circuit board design and manufacture and wrote a book on CDMA, the most-recent mobile telephone technology. Many of his software solutions have remained in production for over a decade and they have earned or saved hundreds of millions of dollars for his employers and clients. Rosenberg earned his M.S. and Ph.D. degrees from Stanford University in Operations Research and his A.B. from Princeton University in Mathematics (cum laude). He holds several patents.

]]>Labant, a graduate of the Secondary Mathematics Education program from Indiana, Pa., received an award for best Mathematics Education Work Sample at the Women in Mathematics, Science, and Technology Program held on April 1. Labant’s faculty supervisor was Edel Reilly. Labant is currently a mathematics teacher at Robert E. Lee High School in Springfield, Va.

Craig, from Hollidaysburg, and Scarnati, from Erie, both junior Applied Mathematics majors, presented their research on Model for End-Stage Liver Disease (MELD) scores and survival rates of liver transplant recipients. Their research, which started as a class project in Rick Adkins’ Modeling and Simulation class, models the effects of the MELD scores on the survival rates of liver transplant recipients. The purpose of their model is to determine how to allocate livers so that they will be used most effectively. It is best to provide a liver to a patient with a higher rate of survival after transplantation over someone with a small chance of survival. MELD scores range from 0 to 40, with the national average of 20. Craig and Scarnatti examined data from Ohio, Pennsylvania, and West Virginia to determine which values are optimal for saving the most lives with liver transplants.

]]>Homology groups are an important algebraic invariant of topological spaces, while infinite loopspaces are an important type of topological space.

McCarty and his coauthor address the question of how one can compute the homology groups of infinite loopspaces from information about their "stable" homology groups, by integrating many topological and algebraic ideas.

A full abstract can be found at the journal's website.

]]>Ryan’s thesis work has involved the mathematical modeling of both Newtonian and viscoelastic fluid flow inside a journal bearing. To model the flow inside a journal bearing, numerical simulations using an Oldroyd-B/Navier-Stokes fluid solver and the immersed boundary method were conducted. Model parameter studies showed the effects of viscolasticity and viscosity on the flow generated between two rotating annular geometries.

]]>The MAA is an organization for those interested in mathematics and mathematics education. The Allegheny Mountain Section serves all of western Pennsylvania and most of West Virginia. The annual spring meeting provides numerous mathematical and social activities for faculty and students.

The Mathematics Department is very excited to host this event. Several IUP faculty and students will be presenting at the meeting. Also, many faculty and students are volunteering their time to ensure that things run smoothly.

More information about the conference, including schedule and registration information, may be found at the meeting website.

]]>Pi Day is celebrated every year on March 14 (3-14). The Preservice Teachers of Mathematics (PTM) auction off chances to “pie a professor,” with all proceeds going towards awards and prizes for children during Family Math Night, a PTM program for children and parents to show the fun side of mathematics.

]]>The article proposes inferences procedures for assessing the generalized Koziol-Green model that is used to analyze recurrent event data where informative right censoring is present. The procedures are constructed using functionals of a class of empirical processes. Asymptotic properties of the resulting procedures are established and finite sampling properties are investigated via a computer simulation study. The procedures are applied to a data set that contains the recurrence times of bladder tumors for patients in a study.

]]>Details on all the scholarships and their requirements, as well as a link to the electronic application, can be found on the department scholarship page. Please note that this year all applications are submitted online.

]]>Truth tables are the basic elements behind the “thinking” power of electronic devices. Basic modules of semiconductor electronics are generally referred to as logic gates. These gates can make decisions based on the presented inputs (statements).

Typically, presenting the concepts of truth tables is a difficult task. Introducing logic gates and implementing a class project can not only help students to understand the importance of truth tables, but it also inspires them to create their own projects. The authors describe the basics of logic gates and how they can be used in teaching truth tables.

]]>Sage is a free mathematics software system licensed under the General Public License. Using a Python-based interface, Sage’s goal is to be an open source alternative to software packages such as Maple, Mathematica, and Matlab. In the workshop, an introduction to the Sage software and its different interfaces will be given using the IUP Sage server and hands-on Sage notebook activities.

Due to the limited number of seats in Stright 220, please e-mail Yu-Ju Kuo at yjkuo@iup.edu to confirm your participation by noon on Tuesday, February 12.

Cosponsored by the S-COAM Program and the Mathematics Department.

]]>The article is in ** Physics of Fluids** (Vol. 25, Issue 1) and has been made available online as of January 31, 2013.

Lisa Fauci is the Pendergraft Nola Lee Haynes Professor of Mathematics at Tulane University. Michael Shelley is the Lilian and George Lyttle Professor of Applied Mathematics at the Courant Institute, New York University.

DOI: 10.1063/1.4789410

]]>The alumni are:

- Dane Alabran (B.S. Mathematics '10, M.S. Applied Mathematics '12), a report analyst in the Information Services Department at Indiana Regional Medical Center
- Jennifer Casanova (B.S. Chemistry '10), currently pursuing a Master of Science in Public Health degree in the Department of Environmental Sciences and Engineering at the Gillings School of Global Public Health at University of North Carolina at Chapel Hill
- SaraJane Parsons (B.S. Mathematics '12), in the Economics Ph.D. Program at Michigan State University in East Lansing, Michigan

This career/graduate school panel is sponsored by the Scholarships–Creating Opportunities for Applying Mathematics (S-COAM) program directed by Rick Adkins and Yu-Ju Kuo of the Mathematics Department.

]]>The first chapter, “Reform-Based Instruction in Korea: Looking over Its Promises to Discover Its Successes,” was coauthored with Jinho Kim (Department of Mathematics Education, Daegu National University of Education) and Jung Colen (Department of Curriculum and Instruction, Penn State University). This chapter introduces practices for successful implementation of reform-based instruction from the perspectives of the learner, the teacher, knowledge, instruction, assessment, and classroom culture. Moreover, this also examines mathematical and instructional practices before, during, and after Korea’s seventh National Curriculum and concludes with some implications to improve reform-based instruction.

Colen coauthored the other chapter, “Teaching and Learning Practice in Mathematics Classrooms: Focus on Statistics,” with Sanglyong Kim (Department of Mathematics Education, Daegu National University of Education), Seonghee Kim (Curriculum and Instruction, Arizona State University), and Jinho Kim (Department of Mathematics Education, Daegu National University of Education). This chapter introduces the practices of teaching and learning mathematics in Korea. It describes the content of the “probability and statistics” strand in the elementary school curriculum and considers some of its shortcomings. In order to overcome these shortcomings, the authors transform the fourth grade unit (“Broken Line Graph”) into the theme “Students Understanding Themselves.” In this unit, students collect their height and weight measurements, organize and represent data, and project them into the future. These lessons demonstrate students’ abilities to investigate the posed problems, to communicate their thinking, to summarize their findings, and to reflect upon the project and their metacognitions.

Jinho Kim, Inki Han, Joongkwoen Lee, and Mangoo Park edited the volume.

]]>- Monday, October 29, 2012
- Stright Hall, Rooms 327-329
- Christopher Powell, Maya Exploration Center, Austin, Texas

- Wednesday, October 31
- Stright Hall, Rooms 327-329
- Francisco Alarcón, Department of Mathematics

The award is presented to a mathematician or a mathematics educator from a public or private school, college or university, or industry who has made an outstanding contribution to mathematics education in Pennsylvania.

The award was presented at the PCTM Annual Conference in Harrisburg on October 18, 2012.

]]>The presentation reports on a student-focused comprehensive research project integrated in undergraduate introductory econometrics classes at IUP. Since 2000, approximately 150 IUP undergraduate students have completed these research projects. The assignment requires each student to conduct empirical research on a topic of his/her choice, write a formal paper formatted like a scholarly journal article, and give an oral presentation of the findings to the class. As a result of this project, students gain hands-on experience applying econometric techniques to real economic data and learn how to conduct independent research. The multiple benefits of the assignment for the professional development of IUP students as they apply for jobs and graduate school admissions are discussed.

]]>The 2000 presidential election provides an ideal backdrop to introduce the electoral voting system, the weighted voting system, and the Banzhaf and the Shapley-Shubik Power Indices. (Lloyd Shapley is the 2012 corecipient of the Nobel Prize for economics.) Through investigating these concepts, the authors show students how to solve authentic, real-world problems and value the utility of mathematics.

]]>Due to the limited number of seats, please e-mail Yu-Ju Kuo at yjkuo@iup.edu to confirm your participation by noon on Tuesday, October 9.

LINDO and LINGO are comprehensive software tools designed by Lindo Systems, Inc. to help efficiently build and solve a wide variety of optimization models. Free trial and student versions of the software make it an ideal choice to start solving optimization models. In this workshop, we will take a hands-on approach to learning some of the basics of the LINGO and LINDO software by solving several example problems.

]]>These scholarships are funded by the National Science Foundation Scholarships in Science, Technology, Engineering, and Mathematics program under Award No. DUE 0966206, awarded to Rick Adkins and Yu-Ju Kuo of the Mathematics Department.

Students receiving these scholarships must maintain a high QPA, attend S-COAM meetings, participate in extracurricular activities (such as workshops and colloquia), and take specified applied mathematics courses. Students with majors outside of the Mathematics Department will also declare a minor in mathematics.

- Joshua Buchheit, a graduate student in the M.S. in Applied Mathematics program from Cogan Station, Pa.
- Kayla Copeland, a graduate student in the M.S. in Applied Mathematics program from Scottdale, Pa.
- Richard Coultas, a graduate student in the M.S. in Applied Mathematics program from Newport News, Va.
- John Float, a graduate student in the M.S. in Applied Mathematics program from Monroeville, Pa.
- Ryan Grove, a graduate student in the M.S. in Applied Mathematics program from Portage, Pa.
- Scott Rega, a graduate student in the M.S. in Applied Mathematics program from Bethlehem, Pa.
- Alexander Romito, a graduate student in the M.S. in Applied Mathematics program from Murrysville, Pa.
- Jonathan Wayland, a graduate student in the M.S. in Applied Mathematics program from Dubois, Pa.
- Jeremy Yagle, a graduate student in the M.S. in Applied Mathematics program from Moshannon, Pa.
- Rebecca Beadling, a Biology/Chemistry major from Levittown, Pa.
- Savanna Bonds, a Mathematics/Economics major from Palmyra, Pa.
- Ashleigh Craig, a Applied Mathematics major from Hollidaysburg, Pa.
- Charles Culbertson, a Biochemistry major from Oil City, Pa.
- Kaitlyn Grzywinski , a Secondary Mathematics Education major from Saxonburg, Pa.
- Tyler S. Jack, a Secondary Mathematics Education major from Cadogan, Pa.
- John Kearney, a Geology major from Pittsburgh, Pa.
- Amber McClure, a Natural Science/Pre-Optometry major from Milesburg, Pa.
- April Mitchell, a Natural Science/Pre-Physical Therapy from Camp Hill, Pa.
- William Moon II, a Chemistry/Pre-Med major from Homer City, Pa.
- Rebecca Nichol, a Mathematics major from Dayton, Pa.
- Daniel O’Hara, a Geology/Computer Science major from Ebensburg, Pa.
- Theresa Scarnati, a Mathematics major from Erie, Pa.
- Zachary Seymour, a Computer Science/Mathematics major from Hollidaysburg, Pa.
- Julie Stachurski, a Mathematics major from Indiana, Pa.
- Elizabeth Stimmell, a Chemistry major from Leechburg, Pa.
- Matthew Sulkosky, a Mathematics/Computer Science Major from Indiana, Pa.
- Loeun Thach, a Computer Science major from Philadelphia, Pa.
- Aaron Waibel, a Computer Science/Mathematics major from Rochester, Pa.
- Brittney Wiesheier, a Chemistry Education major from Johnstown, Pa.

As part of this program, participants will receive and assemble a portable mini-computing cluster (called LittleFe). Chrispell and Donley will also learn about the curriculum modules available for teaching parallel programming, high-performance computing, and how to develop new curriculum modules for the LittleFe/Bootable Cluster CD platform. The LittleFe cluster built during the program will be used to teach high-performance computing in courses at IUP.

Additional information about the LittleFe system.

More information on the High Performance Computing Educators program.

]]>Del Valle earned a PhD in Applied Mathematics and Computational Sciences in 2005 from the University of Iowa, and a BS and MS in Applied Mathematics in 2000 and 2001, respectively, from the New Jersey Institute of Technology. She has worked on developing and analyzing mathematical models for the spread of infectious diseases, including smallpox, anthrax, malaria, HIV, and influenza, on a pandemic scale. She has also worked on social network analyses and modeling and simulation of large scale, agent-based simulations.

Dr. Del Valle will be giving three presentations:

1:25–2:15 p.m. in Pratt Auditorium

**Abstract:** Science, technology, engineering, and mathematics (STEM) are playing a key role in the development of new discoveries and meeting the challenges of this century. In this talk, I will present some examples of scientific advances made possible by the interaction between science and mathematics. In particular, I will describe the role of mathematics in epidemiology, climatology, biology, sports, and entertainment.

3:35–4:35 p.m. in Stright Hall, Room 327/329

**Abstract:** Pursuing a career in science has never been more timely, but also difficult due to the current economic uncertainty. In this talk, I describe my journey and provide some advice on the difficulties that lie ahead and the skills that you will need to succeed. Although my advice is geared toward women and minorities, many aspects of my talk are universal.

5:30–6:30 p.m. in Stright Hall Room 327/329

**Abstract:** Emerging and re-emerging infectious diseases are the leading cause of morbidity and mortality across the globe. Modeling efforts can help improve the effectiveness of public health interventions and minimize the population and economic impacts of an epidemic. In this talk, I will describe different mathematical and computational models used to simulate the spread of infectious diseases, including smallpox, influenza, and HIV and show the impact of intervention strategies on their spread.

Charles comes to IUP after finishing his Ph.D. work in spatially discrete differential equations. His research plans include additional studies of spatial discrete models as well as examining biological phenomena of interest.

While born and raised in the Sunflower State, it is a total coincidence that he so thoroughly enjoys roasted sunflower seeds. He currently owns two dogs adopted from the Humane Society, and he has been known to appreciate both fine wood craftsmanship and print design. Lastly, he has no known ancestral ties to the British essayist of the same name.

]]>R is a free software package commonly used for data analysis and research. It is an open source platform that has over 4,000 contributed packages that allow users to implement the latest statistical methodology.

In this workshop, Russ Stocker from the Mathematics Department will introduce the major components of R. This will include the importing and exporting of data, descriptive statistics, graphics, inferential statistics, and statistical modeling. Participants of the workshop will utilize the R package on a computer to perform a variety of analyses.

Due to the limited number of seats in Stright 220, please e-mail Yu-Ju Kuo at yjkuo@iup.edu to confirm your participation by noon on Tuesday, September 4.

- Presenter: Dr. Russ Stocker, IUP Mathematics Department
- Location: Stright Hall, Room 220
- Date and Time : September 5, 2012; 3:30–5:00 p.m.

John Lattanzio was promoted to the rank of professor. He is a native of Kittanning, Pennsylvania, and completed his Ph.D. at the University of Pittsburgh in 2001. He joined the Department of Mathematics at IUP in 2002. Lattanzio's area of specialization is in graph theory, in particular the theory of graph coloring. His current activities include coauthoring a book on linear algebra and serving as chairman of the board of trustees of the Pennsylvania Faculty Health and Welfare Fund.

Mary Lou Metz was promoted to the rank of associate professor. She joined the department in 2007 after spending over 25 years teaching secondary mathematics in the public schools. Metz received her B.S.Ed. and M.Ed. in Secondary Mathematics Education from IUP and her Ed.D. in Mathematics Education from the University of Pittsburgh. She is the advisor of the IUP–Preservice Teachers of Mathematics organization and is active in several state and national mathematics education associations.

Mavis Pararai was promoted to the rank of associate professor. She joined the Mathematics Department in 2007 and holds a Ph.D. degree from Central Michigan University. Her research focuses on topics in statistics.

Edel Reilly was promoted to the rank of associate professor. She joined the Mathematics Department in 2007 after receiving her D.Ed. in Curriculum and Instruction from Indiana University of Pennsylvania. She earned her M.S. from the University of Wisconsin–Madison and her B.A. in Mathematics and Economics from the National University of Ireland–Galway. Prior to coming to IUP, Reilly taught middle school mathematics for 10 years and high school mathematics for three years. She teaches courses for elementary and middle level education majors. Reilly’s research focuses on mathematics and writing, middle level mathematics education, and curriculum integration.

]]>The article stems from work Lattanzio did with Quan while Quan was a graduate student in the Mathematics Department.

For natural numbers k and n, where 2 ≤ k ≤ n, the vertices of a graph are labeled using the elements of the k-fold Cartesian product In×In× …×In.

Two particular graph constructions will be given and the graphs so constructed are called generalized matrix graphs. Properties of generalized matrix graphs are determined and their application to completely independent critical cliques is investigated. It is shown that there exists a vertex critical graph which admits a family of k completely independent critical cliques for any k, where k ≥ 2. Some attention is given to this application and its relationship with the double-critical conjecture that the only vertex double-critical graph is the complete graph.

]]>Professor Kimberly Burch, Professor Timothy Flowers, Professor Dan Burkett, and their colleagues welcomed the students for the competition, lunch, and awards ceremony.

Dean Deanne Snavely of the College of Natural Sciences and Mathematics presented students with their awards.

The schools attending were Annville-Cleona High School, Blairsville High School, Bishop McCort High School, Brookville Area Junior-Senior High School, Burrell High School, Derry Area High School, Indiana Area High School, Jefferson County–DuBois Area Vocational-Technical School, Kiski Area High School, Knoch High School, Marion Center High School, Oil City Senior High School, Penn Hills High School, Penn Trafford High School, Portage High School, Punxsutawney Senior High School, Richland Junior-Senior High School, and Venango Catholic High School.

Individual awards were given to the top six scorers and the top scorer in grades 9–12. Team awards were given to the top three schools in Division I (larger enrollment schools) and Division II (smaller enrollment schools), based on the top three scores for each school.

In addition, the Robert E. Cook Honors College gave full and half scholarships to their summer honors program to the top scorers in grades 10 and 11.

Please see our photo gallery of the winners of the competition.

- Bishop McCourt: Song Lu, Zheru Liu, Brett Diehl
- Burrell: Josh Murphy, Maggie Okobi, Drew Klebine
- Marion Center: Amanda Adkins, Aaron Hoover, Jakeb Rising

- Kiski: Penn Trafford: Jiahao Shen, Jeff Kelly, Jordon Ellis
- Punxsutawney: Jake Smith, Alex Voris, Quinton Weber
- Penn Hills: Zeleena Kearney, Courtney Chambers, Andy Christman

**Grade 9:** Brett Diehl, Bishop McCort

**Grade 10:** Zeleena Kearney, Penn Hills

**Grade 11:** Jiahao Shen, Penn Trafford

**Grade 12:** Amanda Adkins, Marion Center

**First Place:** Jiahao Shen, Penn Trafford

**Second Place:** Amanda Adkins, Marion Center

**Third Place:** Song Lu, Bishop McCort

**Fourth Place:** Josh Murphy, Burrell

**Fifth Place:** Zheru Liu, Bishop McCort

**Sixth Place (tie):** Brett Diehl, Bishop McCort; Christopher Berger, Anniville-Cleona

Chairperson Francisco Alarcón spoke on behalf of the faculty, and each graduate spoke a few words to the assembled guests.

- Dane Alabran
- Christopher DeLeo
- David DeMateo
- Albert Harrison
- Kristen Lester
- Matthew Love
- Loic Niragire
- William Noel
- Darryl Walker

- Megan Ringler

- Stephanie Williams
- Craig Glatfelter
- Ryan Grove

- Lindsay Bender
- Michelle Crise
- SaraJane Parsons
- Billy Wilson

- Jordan Alsop*
- Lee Bigelow
- Rebecca Braymer
- John Chelednik
- Danielle Egley
- Dean Farabaugh
- Tiffany Fry
- Sarah Fyock
- Sarah Geiger
- Brandon Kochinsky
- Kelly Kramer
- Megan Labant
- Rachael Marion
- Antoinette Moeslein
- Derek Morf
- Jessica Pcola
- John Sokol
- Brianne Thomas*
- Leah Wallock

*Graduated with a perfect 4.0 grade point average

Congratulations to all of our graduates, their families, and their friends.

]]>- The Roy A. Daugherty Scholarship was awarded to Rebecca Ann Nichol, a Mathematics major from Dayton, Pa.
- The Dr. Willard Hennemann, Jr. Memorial Scholarship was awarded to Renee Clouse, a Middle Level Mathematics Education major from Butler, Pa., and to Stefany Stofko, a Middle Level Mathematics Education major from Greensburg, Pa.
- The Arthur G. Morrell Memorial Scholarship was awarded to Theresa Scarnati, a Mathematics major from Erie, Pa.
- The James R. Myers Memorial Scholarship was awarded to Jason Susko, a Middle Level Mathematics Education major from Allentown, Pa.
- The Mildred M. Reigh Scholarship was awarded to Jessica Crawford, a Middle Level Mathematics Education major from Friedens, Pa., and to Shanna Grusky, Secondary Mathematics Education major from Derry, Pa.
- The Rebecca A. Stoudt Memorial Scholarship was awarded to Maranda Evans, a Secondary Mathematics Education major from Cassandra, Pa.

This year marked the inaugural awarding of two new department scholarships. The Merle Stilwell Scholarship for Mathematics was awarded to Michael Myers, a Secondary Mathematics Education major from New Castle, Pa. Terry A. Serafini Outstanding Scholar awards were given to Ashleigh Craig, an Applied Mathematics major from Hollidaysburg, Pa., Tyler Jack, a Secondary Mathematics Education major from Cadogan, Pa., and Michael Myers, a Secondary Mathematics Education major from New Castle, Pa.

Also recognized at the banquet were students who were awarded scholarships during Fall 2011 and Spring 2012 from the Scholarships–Creating Opportunities for Applying Mathematics program, run by Rick Adkins and Yu-Ju Kuo.

Please view a gallery of photos from the event.

]]>The presentation included examples of how smart board and smart pen technologies are used in their work with pre-service teachers of mathematics.

NCTM is the largest professional organization in the world for mathematics teachers and educators.

]]>Students in advanced mathematics courses will give brief presentations on projects related to the course. The presentations will be on Thursday, May 3, 2012, from 2:00–5:00 p.m. in Stright Hall, rooms 202 and 232.

Take a look at the schedule of presentations, or downloaded as a pdf file.

]]>The event will be held in the Zink Hall gymnasium on Friday, April 20, 2012, from 6:00–8:00 p.m. It features math games and activities for children from kindergarten through grade 6.

For more information, contact co-presidents Kimberly Hofstetter at K.A.Hofstetter@iup.edu or Mary Lou Metz, advisor to IUP-PTM, at mlmetz@iup.edu.

]]>“Variational Methods in Materials Science and Image Processing”

Time: 1:25–2:15 p.m.

Location: Pratt Auditorium

Several questions in applied analysis motivated by issues in computer vision, physics, materials sciences, and other areas of engineering may be treated variationally leading to higher order problems and to models involving lower dimension density measures. Their study often requires state-of-the-art techniques, new ideas, and the introduction of innovative tools in partial differential equations, geometric measure theory, and the calculus of variations.

In this talk, it will be shown how some of these questions may be reduced to well-understood first order problems, while, in others, the higher order plays a fundamental role. Applications to phase transitions and to the equilibrium of foams under the action of surfactants, imaging, micromagnetics, thin films, and quantum dots will be addressed.

“Careers in Mathematics”

Time: 2:45–3:45 p.m.

Location: Stright Hall, room 226

Fonseca will speak to students about careers in mathematics.

“Variational Methods for Crystal Surface Instability”

Time: 4:00–4:50 p.m.

Location: Stright Hall, room 226

Using the calculus of variations, it is shown that important qualitative features of the equilibrium shape of a material void in a linearly elastic solid may be deduced from smoothness and convexity properties of the interfacial energy. In addition, short-time existence, uniqueness, and regularity for an anisotropic surface diffusion evolution equation with curvature regularization are proved in the context of epitaxially strained two-dimensional films. This is achieved by using the $H^{-1}$-gradient flow structure of the evolution law, via De Giorgi's minimizing movements. This seems to be the first short-time existence result for a surface diffusion type geometric evolution equation in the presence of elasticity.

Irene Fonseca is president-elect of SIAM, Mellon College of Science professor of Mathematics at Carnegie-Mellon University, and director of the Center for Nonlinear Analysis.

]]>This program will highlight any mathematics-related scholarly work of undergraduate and graduate students. All oral presentations will take place in Stright Hall. Students are invited to present scholarly work conducted during the 2011–2012 academic year. Talks will be for 10 to 12 minutes, with a few minutes for questions.

Interested students should fill out the submission form and suibmit it to Yu-Ju Kuo. If you have questions about the program, contact Kuo at yjkuo@iup.edu or Rick Adkins at fadkins@iup.edu.

]]>The talk will be aimed at a general audience, so students are welcome.

Influenza A virus (IAV) causes a respiratory disease and continuously evolves, producing new pandemic strains of varying phenotypes. These pandemics occur seasonally, with about 3 to 5 million cases annually and an estimated 250,000 to 500,000 deaths worldwide. An individual becomes infected by inhalation of virus particles, which infect cells of the respiratory tract. Upon infection, influenza virus triggers an immune response, which consists of a rapid innate response and a slower adaptive response. The dynamics of the immune response and virus/host interactions are highly complex. We will discuss strategies for mathematical modeling of influenza viral growth and the immune response, and show how mathematical modeling may be used to estimate biological parameters governing interactions between the virus and the host.

]]>Megan Agosti (Physics), Dane Alabran (M.S. in Applied Mathematics), Albert Harrison (M.S. in Applied Mathematics), and SaraJane Parsons (Mathematics) recently applied to various graduate programs.

The discussion will take place from 3:30–5:00 p.m. on March 30, 2012, in Stright Hall, room 327. Light refreshments will be served.

]]>WinEdt is a Window interface for various typesetting systems, such as TeX or HTML. Download the free trial version.

An introduction of the software will be given. Participants will gain experience in creating articles and presentation slides in WinEdt with MiKTeX templates. We will also show how to use TeX commands to create reports using MATLAB's publishing function.

Feel free to pass the information to your students.

Due to the limited number of seats, please e-mail Kuo at yjkuo@iup.edu to confirm your participation by noon on Friday, Feb. 24.

]]>Commencement for May graduates in the College of Natural Sciences and Mathematics (which includes all of the Mathematics Department degree programs) will be held on Saturday, May 12, at 9:00 a.m. at Kovalchick Complex.

The Mathematics Department ceremony will be held at 1:30 p.m. in Stright Hall, rooms 226/229.

]]>Dorsett will give the presentation “Mathematica in Education and Research” from 3:30–4:30 p.m., including a question and answer session, in Stright Hall, room 229.

Attendees with no prior experience with Mathematica report that this talk helps with getting started using Mathematica language and workflow.

With improvements like the new free-form input and expanded areas like finance, statistics, engineering, software development, and image processing, even the most advanced users report learning quite a bit from Mathematica technical talks. All attendees will receive an electronic copy of the examples, which can be adapted to individual projects.

]]>The workshop will be offered by Francisco Alarcón of the Mathematics Department. Workshops will take place on multiple Wednesdays or multiple Thursdays.

- Wednesday Workshops: February 22 through April 25
- Thursday Workshops: February 23 through April 26

To sign up or for more information, contact Alarcón at falarcon@iup.edu. The deadline to sign up is February 22. Up to 40 faculty can sign up, with preference given to faculty in the NSM college.

]]>This page also lists the scholarships along with a description of the qualifications and requirements.

The application is due in the Mathematics Department office by 4:00 p.m. on March 21, 2012.

]]>These scholarships are funded by the National Science Foundation Scholarships in Science, Technology, Engineering, and Mathematics program under Award No. DUE 0966206, awarded to Rick Adkins and Yu-Ju Kuo of the Mathematics Department.

Students receiving these scholarships must maintain a high QPA, attend S-COAM meetings, participate in extracurricular activities (such as workshops and colloquia), and take specified applied mathematics courses. Students with majors outside of the Mathematics Department will also declare a minor in mathematics.

- Dane Alabran, a graduate student in the M.S. in Applied Mathematics program from Smicksburg, Pa.
- Albert Harrison, a graduate student in the M.S. in Applied Mathematics program from Dillsburg, Pa.
- Kristen Lester, a graduate student in the M.S. in Applied Mathematics program from Blairsville, Pa.
- William Noel , a graduate student in the M.S. in Applied Mathematics program from Connellsville, Pa.
- David DeMateo, a graduate student in the M.S. in Applied Mathematics program from Pittsburgh, Pa.
- John Float, a graduate student in the M.S. in Applied Mathematics program from Monroeville, Pa.
- Kayla Copeland, a graduate student in the M.S. in Applied Mathematics program from Scottdale, Pa.
- Joshua Buchheit, a graduate student in the M.S. in Applied Mathematics program from Cogan Station, Pa.
- Elijah Rach, a graduate student in the M.S. in Applied Mathematics program from Perryopolis, Pa.
- Alexander Romito, a graduate student in the M.S. in Applied Mathematics program from Murrysville, Pa
- Rebecca Beadling, a Biology/Chemistry major from Levittown, Pa.
- William Moon II, a Chemistry/Pre-Med major from Homer City, Pa.
- Zachary Seymour, a Computer Science/Mathematics major from Hollidaysburg, Pa.
- Megan L. Agosti, a Physics major from St. Mary's, Pa.
- Aaron Lenzi, a Physics/Pre-Engineering major from Homer City, Pa.
- Ryan Grove, a Physics/Applied Math major from Portage, Pa.
- Matthew Sulkosky, a Mathematics/Computer Science Major from Indiana, Pa
- Sarah Geiger, a secondary Mathematics Education major from Indiana, Pa.
- Jessica Pcola, a Secondary Mathematics Education major from Portage, Pa.
- Tyler S. Jack, a Secondary Mathematics Education major from Cadogan, Pa.
- Lindsay Bender, a Mathematics Major from Hollidaysburgh, Pa.
- Julie Stachurski, a Mathematics major from Indiana, Pa.
- Margo P. MacKenzie, a Mathematics major from Somerset, Pa.
- SaraJane Parsons, a Mathematics major from Negaunee, Mich.
- Kevin Pomorski, a Mathematics major from Erie, Pa
- Jeremy Yagle, a Mathematics major from Moshannon, Pa.
- Aaron Waibel, a computer Science/Mathematics major from Rochester, Pa.
- April Mitchell, a Natural Science/Pre-Physical Therapy from Camp Hill, Pa.
- Daniel O’Hara, a Geology/Computer Science major from Ebensburg, Pa.
- Theresa Scarnati, a Mathematics major from Erie, Pa.
- Nicole Mountain, a Earth/Space Science Education/Geology major from Clarksburg, Pa.

Due to the limited number of seats, please e-mail Yu-Ju Kuo at yjkuo@iup.edu to confirm your participation by noon on Tuesday, January 31.

MATLAB is a high-level technical computing language and interactive environment for algorithm development, data visualization, data analysis, and numerical computation.

]]>Professor John Henry Steelman retired at the end of the Fall 2011 semester after nearly 26 years in the Mathematics Department.

Steelman came to IUP as an associate professor in 1986 and was promoted to professor in 1992. His dedication to students, colleagues, and the university was widely known, and will be missed.

Steelman was a frequent contributor to the Problems and Solutions section of the *American Mathematical Monthly*. He played a leadership role in the High School Mathematics Competition held annually at IUP, for which he supervised the construction of scores of mathematics problems. He was also active in the Association of Pennsylvania State College and University Faculties.

Acting with the local Indiana Players is among his other interests.

]]>Each student presented a hands-on activity for teaching middle school mathematics. The students presenting with Dr. Walker were:

- Brandon Kochinsky, from Nicktown, Pa.
- Megan Labant, from Indiana, Pa.
- Antoinette Moeslein, from Pittsburgh, Pa.
- Derek Morf, from Annandale, N.J.
- Brianne Thomas, from Homer City, Pa.

Check back in late January 2012 for tutoring hours for the Spring semester.

]]>This talk is intended to be accessible to those without a background in combinatorics. Students are encouraged to attend.

Thirty years ago, three mathematicians made a conjecture for counting the number of n x n alternating sign matrices. Then they discovered that someone else already had seen those same numbers—but he had been counting a certain type of restricted plane partition. In the years since, many proofs and results have been found in each of these seemingly unconnected fields. We will follow the story of the conjectures, theorems, and proofs, including the surprising twist in 1996.

]]>The career panel will take place on Friday, December 2, 2011, from 2:30–3:30 p.m. in room 340 of Stright Hall. Light refreshments will be served.

The panelists include three recent graduates of IUP and a new faculty member:

- Kwasi Abrefa-Kodom (M.S. Applied Mathematics, 2010), who works for IBM
- Ben Jarrett (M.S. Applied Mathematics, 2010), who works for the Federal Energy Regulatory Commission
- Paul Rossman (B.A. Journalism, 2006, M.S. Applied Mathematics, 2008), who works for Sheetz
- John Chrispell (Ph.D. in Mathematical Sciences, Clemson University, 2008), who is an assistant professor of Mathematics at IUP

On Thursday, Dr. Famoye will speak on “Regression Models for Count Data” at 5:00 p.m. in Stright Hall, room 327.

On Friday, he will meet with interested students, where he will discuss and take questions on aspects of his career. This meeting will take place in Stright Hall, room 329, from 12:20 to 1:10 p.m.

Linear regression models have been found useful when the experimental observations follow the normal distribution. Quite often, experimental observations are count, and it is natural to assume that these observations follow a count discrete distribution instead of a continuous distribution. This talk will provide a survey of research work on modeling count data.

]]>All students pursuing a degree in science or mathematics with at least junior standing at the end of Fall 2011 are eligible to apply.

Information about applying and application forms can be found on the S-COAM webpage.

]]>The first paper was accepted in *The Proceedings of the 2011 Hawaii University International Conferences on Mathematics and Engineering,* where he presented the paper in June 2011, and the second, a complete generalization of the ideas in the first work, was accepted in the journal *Discussiones Mathematicae Graph Theory*.

The *Discussiones Mathematicae Graph Theory* was co-authored by IUP student Quan Zheng (M.S. Applied Mathematics, December 2010).

His manuscript was accepted for publication in the conference proceedings.

This article has also been published in the *Journal of Combinatorial Mathematics and Combinatorial Computing* and appeared in print in August 2011.

The picnic will be held at Dr. Donley’s farm on Five Points Road (off of Rt. 422 before you get to the BP near Shelocta). We will have hamburgers, hot dogs, s’mores, cider, and other picnic fare.

Dr. Donley has finished his new fire pit, so campfire songs may be in order. Come and join friends, faculty, and staff for a great time.

Please RSVP to Dr. Brian Sharp (bds@iup.edu) by October 5 so we can determine how much food to purchase.

]]>The application form is due in the Mathematics Department office by Friday, October 14, 2011.

All students whose major is in the department are eligible to apply.

]]>Join fellow alumni and their families and past and current faculty members to reminisce and enjoy a light breakfast before the Homecoming parade.

]]>Dr. Browning received a Ph.D. in Mathematics from Purdue University. For the past thirty-seven years, his work has principally focused on applications of mathematics to naval operations. He has embarked as a technical adviser on over thirty U.S. and United Kingdom nuclear submarines and naval aircraft conducting operations throughout the world. He has led consulting projects in a variety of areas, including submarine warfare, Coast Guard search and rescue, clinical informatics, fluid flow control, ship tracking, and viticulture.

Dr. Browning received a Meritorious Public Service Citation from the chief of Naval Operations for his work in submarine search theory and sonar systems employment; a Distinguished Alumni Award from Purdue University College of Science; and the Naval Submarine League Distinguished Civilian Award.

- 1:25–2:15 p.m. (Eberly Auditorium ECB 101)

Title: Some Applications of Mathematics in Industry

Applications of mathematics will be described in the areas of submarine warfare, ocean surface current estimation, and grape crop yield estimation. - 3:35–4:25 p.m. Stright Hall Room 329

Title: Career Planning for Math Majors

A degree in the mathematical sciences is good preparation for a variety of careers. Some suggestions for preparing for a career in industry will be given. - 5:20–6:20 p.m. Stright Hall Room 329

Title: The Mathematics of Search and Rescue

Search and rescue is a core mission of the U.S. Coast Guard. An introduction to mathematical methods used in search and rescue will be given.

All talks are open to the public, and students are especiially encouraged to attend.

]]>These scholarships are funded by the National Science Foundation Scholarships in Science, Technology, Engineering, and Mathematics program under Award No. DUE 0966206, awarded to Dr. Rick Adkins and Dr. Yu-Ju Kuo of the Mathematics Department.

Students receiving these scholarships must maintain a high QPA, attend S-COAM meetings, participate in extracurricular activities (such as workshops and colloquia), and take specified applied mathematics courses. Students with majors outside of the Mathematics Department will also declare a minor in mathematics.

- Dane Alabran, a graduate student in the M.S. in Applied Mathematics program from Smicksburg, Pa.
- Albert Harrison, a graduate student in the M.S. in Applied Mathematics program from Dillsburg, Pa.
- Kristen Lester, a graduate student in the M.S. in Applied Mathematics program from Blairsville, Pa.
- William Noel , a graduate student in the M.S. in Applied Mathematics program from Connellsville, Pa.
- David DeMateo, a graduate student in the M.S. in Applied Mathematics program from Pittsburgh, Pa.
- John Float, a graduate student in the M.S. in Applied Mathematics program from Monroeville, Pa.
- Kayla Copeland, a graduate student in the M.S. in Applied Mathematics program from Scottdale, Pa.
- Joshua Buchheit, a graduate student in the M.S. in Applied Mathematics program from Cogan Station, Pa.
- Elijah Rach, a graduate student in the M.S. in Applied Mathematics program from Perryopolis, Pa.
- Rebecca Beadling, a Biology/Chemistry major from Levittown, Pa.
- William Moon II, a Chemistry/Pre-Med major from Homer City, Pa.
- Zachary Seymour, a Computer Science/Mathematics major from Hollidaysburg, Pa.
- Megan L. Agosti, a Physics Education major from St. Mary's, Pa.
- Aaron Lenzi, a Physics/Pre-Engineering major from Homer City, Pa.
- Ryan Grove, a Physics/Applied Math major from Portage, Pa.
- Matthew Sulkosky, a Math/Computer Science major from Indiana, Pa.
- David Burkett, a Computer Science major from Punxsutawney, Pa.
- Sarah Geiger, a secondary Mathematics Education major from Indiana, Pa.
- Jessica Pcola, a Secondary Mathematics Education major from Portage, Pa.
- Tyler S. Jack, a Secondary Mathematics Education major from Cadogan, Pa.
- Lindsay Bender, a Mathematics major from Hollidaysburgh, Pa.
- Julie Stachurski, a Mathematics major from Indiana, Pa.
- Margo P. MacKenzie, a Mathematics major from Somerset, Pa.
- SaraJane Parsons, a Mathematics major from Negaunee, Mii.
- Kevin Pomorski, a Mathematics major from Erie, Pa.
- Jeremy Yagle, a Mathematics major from Moshannon, Pa.

- Session 1: Introduction to Mathematica September 13

This hands-on session will familiarize participants with the basic capabilities of Mathematica, including experience with Mathematica's notebook interface and syntax. Topics will include 2D, 3D, and parametric graphing; animations; and equation solving. - Session 2: Programming in Mathematica September 15

Participants will learn to create their own customized functions in Mathematica. Examples will include drawing polygonal spirals and pyramids.

Due to the limited number of seats in Stright 112A, please reply to Dr. Yu-Ju Kuo at yjkuo@iup.edu to confirm your participation by noon on Monday, September 12.

]]>Ms. Parsons and her colleague, Nathan Marculis, spoke on analysis of data logs from accelerometers in iPads and smartphones using wavelets and other mathematical tools.

This research was conducted as part of the 2011 Research Experience for Undergraduates program at Grand Valley State University, with Professor Edward Aboufadel.

]]>The College Board’s Advanced Placement Program (AP) gives more than 1.8 million capable high school students an opportunity to take rigorous college-level courses and examinations. Based on their exam performance, successful students can receive credit and/or advanced placement when they enter college.

This year, more than 3.2 million examinations from more than thirty AP courses were evaluated by over 10,000 AP readers from universities and high schools. Representing many of the finest academic institutions in the world, AP readers are made up of professional educators from the United States, Canada, and abroad. The AP Reading is a unique forum in which an academic dialogue between high school and college educators is fostered and strongly encouraged.

“The Reading draws upon the talents of some of the finest teachers and professors that the world has to offer,” said Trevor Packer, vice president of the Advanced Placement Program at the College Board. “It fosters professionalism, allows for the exchange of ideas, and strengthens the commitment to students and to teaching. We are very grateful for the contributions of talented educators.”

]]>Dr. Kimberly Burch, Dr. Daniel Burkett, and their colleagues welcomed 174 students from twenty-one schools to IUP for the competition, lunch, and an awards ceremony. Dr. John Henry Steelman supervised the construction of the fifty mathematics problems used in the competition.

The schools attending were Annville-Cleona High School, Blairsville High School, Bishop McCort High School, Burrell High School, Deer Lakes High School, Derry Area High School, Homer-Center Junior-Senior High School, Indiana Area High School, Jefferson County–DuBois Area Vocational-Technical School, Karns City High School, Keystone High School, Ligonier Valley High School, Marion Center High School, Oil City Senior High School, Penns Manor Junior-Senior High School, Penns Valley High School, Penn Trafford High School, Punxsutawney Senior High School, Richland Junior-Senior High School, and United High School.

Individual awards were given to the top six scorers and the top scorer in grades nine through twelve. Team awards were given to the top three schools in Division I (larger enrollment schools) and Division II (smaller enrollment schools), based on the top three scores for each school. In addition, the Robert E. Cook Honors College gave full and half scholarships to their summer honors program to the top scorers in grades nine through eleven.

Please see our photo gallery of the winners of the competition:

- Annville-Cleona: Aaron Hartman, Eric Weaver, Christopher Berger
- Bishop McCourt: Lynn Hu, Minnu Suresh, Ryan Eckenrode
- Burrell: Quinn Casselberry, Josh Murphy, Kyle Legters

- Kiski: Kelly Kuzemchak, Alexis Mozga, Paul Murray
- Punxsutawney: Quinton Weber, James Kachmar, Alex Voris
- Indiana: Kevin Mullen, Dani Alarcon, Nicholas Holuta

**Grade 9:** Nick Pattock, Burrell**Grade 10:** Paul Murray, Kiski**Grade 11:** Kelly Kuzemchak, Kiski**Grade 12:** Lynn Hu, Bishop McCort

**Sixth Place:** Quinton Weber, Punxsutawney**Fifth Place:** Patrick Yurky, Homer-Center**Fourth Place:** Eric Weaver, Annville-Cleona**Third Place:** Aaron Hartman, Annville-Cleona**Second Place:** Kelly Kuzemchak, Kiski**First Place:** Lynn Hu, Bishop McCort

The full story can be found in the *Indiana Gazette*.

Chairperson Francisco Alarcon spoke on behalf of the faculty, and Secondary Mathematics Education major Ahmed Affaneh spoke on behalf of the graduates.

- Nathan Adelgren
- Bradley Garrone
- Nadia Man
- Yao Wang

- Eileen Phelan

- Robert Kennis
- David Miller
- Tinashe Mukasa
- Matthew Szymusiak

- John Kopczyk
- Jeffrey Moon
- Travis Himes

- Amelia Uecker
- Robert Varner
- Sarah Wissinger

- Ahmed Affaneh
- Jenna Black
- Timothy Cali
- Kerri Evans
- Justin Hill
- Tyler Hughes
- Gretchen Ludwig
- Alex Minnick
- Rachel Struble

Congratulations to all of our graduates, their families, and their friends.

]]>- The James Boytim Scholarship was awarded to Leah Wallock, a Secondary Mathematics Education major from Dubois, Pa.
- The Roy A. Daugherty Scholarship was awarded to Maranda Evans, a Secondary Mathematics Education major from Cassandra, Pa.
- The Dr. Willard Hennemann, Jr., Memorial Scholarship was awarded to Jung Colen, a student in the M.Ed. in Elementary and Middle School Mathematics education program from Indiana, Pa., and to Abigail Mosier, an Elementary Education major from Kersey, Pa.
- The Arthur G. Morrell Memorial Scholarship was awarded to Ulugbek Tashpulatov, an Economics/Mathematics major from Tashkent, Uzbekistan, and to Tyler Jack, a Secondary Mathematics Education major from Cadogan, Pa.
- The Mildred M. Reigh Scholarship was awarded to Jordan Alsop, a Secondary Mathematics Education major from Penn Run, Pa., and to Katelyn Romesburg, an Elementary Education major from York, Pa.
- The Rebecca A. Stoudt Memorial Scholarship was awarded to Brianne Thomas, a Secondary Mathematics Education major from Homer City, Pa.

Also recognized at the banquet were students who were awarded scholarships during Fall 2010 and Spring 2011 from the Scholarships–Creating Opportunities for Applying Mathematics program, run by Dr. Rick Adkins and Dr. Yu-Ju Kuo.

]]>The Mathematical Sciences Research Institute at Berkeley, Calif., will sponsor “Critical Issues in Mathematics Education: The Mathematical Education of Teachers” on May 11–13, 2011. The workshop will showcase materials and successful teacher education programs, examine the Common Core State Standards and its implications, and explore how mathematics education research can improve practice. The audience for the workshop includes mathematicians, mathematics educators, classroom teachers, and education researchers who are concerned with improving the teaching of mathematics and, in particular, the mathematical education of teachers.

University of Michigan will sponsor “IBL Workshop on Inquiry Based Learning” on May 21–25, 2011. Inquiry-based learning (IBL) has been highly successful both in mathematics and mathematics education environments. Via IBL, students actively participate in their mathematical education. They become adept at understanding and explaining mathematics.

This workshop will discuss IBL methods in a variety of settings. In particular experienced instructors will present on

- The Freshman Experience
- The Math Major Experience
- Math Education
- Assessment

Workshop participants will be prepared to present effective IBL style courses after the workshop. Participants will be connected to a mentoring support system to help them as they implement these ideas in their own institutions.

Presenters will come from a diverse set of institutions: California Polytechnic University, De Paul University, Kenyon College, Marshall University, University of Chicago, UCSB, University of Colorado, University of Michigan, and University of Texas.

]]>The colloquium will be on Wednesday, April 27, 2011, at 3:30 p.m. in Stright Hall, Room 202.

Penalized Regression procedures have become very popular ways to estimate complex functions. The smoothing spline, for example, is the solution of a minimization problem in a functional space. If such a minimization problem is posed on a reproducing kernel Hilbert space (RKHS), the solution is guaranteed to exist, is unique, and has a very simple form. There are excellent books and articles about RKHS and their applications in statistics; however, this existing literature is very dense. Our intention is to provide a friendly reference for someone approaching this subject for the first time.

This talk begins with a simple problem, a system of linear equations, then gives an intuitive motivation for reproducing kernels. Armed with the intuition gained from our first examples, we take the reader from Vector Spaces to Banach Spaces and to RKHS. Finally, we present some statistical estimation problems that can be solved using the mathematical machinery discussed.

]]>The minimum and maximum values in a random sample are two of the descriptive statistics reported by many types of statistical software. These are examples of *order statistics*.

In this talk, I will introduce some basic calculations involving order statistics for a continuous random variable, and then I will turn my attention to the Super 6, a defunct Pennsylvania Lottery game, and present an analysis of order statistics in the context of this game. As a part of this discussion, we will employ some inductive reasoning by examining patterns in Pascal’s Triangle, and then we will use math induction to prove our conjectures.

]]>Jung presented “Discrete Mathematics in the Elementary Grades” at the spring 2011 meeting of the Allegheny Mountain Section of the Mathematical Association of America at Clarion University of Pennsylvania on April 9.

At the 2011 Pennsylvania State System of Higher Education Mathematics Association conference, on April 2 at California University of Pennsylvania, she presented “Teaching Map Coloring to Elementary Students.”

These presentations shared an experience in teaching map coloring to a second-grade student and explored ways to incorporate discrete mathematics at the elementary grade level.

]]>Minimizing airplane turnaround time is an important objective of airline companies since it is used as a measure of airline efficiency. Passenger boarding time is an important factor for determining turnaround time. This is the factor for which airlines have the least control.

The focus of our study is to determine a way to decrease passenger boarding times by expanding upon past studies [1]. Using similar methods as the authors of [1], passenger and aisle interferences during airplane boarding were studied. It was determined that an outside-inside boarding strategy is the most efficient way to board the airplane. This differs from the results determined by [1], which suggests a reverse pyramid strategy. The difference in these results was attributed in part to the different usage of aisle interference penalties in the model.

[1] van den Briel, M. L., Villalobos, J. R., Hogg, G. L., Lindemann, T., & Mule, A. V. (2005). America West Airlines Develops Efficient Boarding Strategies. Interfaces, 35(3), 191-201.

]]>Jessica did her student teaching under the direction of Mr. Matthew Rodkey (B.S. Ed. in Mathematics Education, 2000) at Homer-Center Junior/Senior High School.

Jessica is currently an eighth-grade mathematics teacher at Palmyra Middle School in Palmyra, Pa.

]]>The event will be held in Zink Hall on Thursday, April 7, 2011, at 7:00 p.m. It features math games and activities for children from kindergarten through Grade 5.

Thanks to local donations, each child will receive a small gift bag, and door prizes will be given.

For more information, contact students Katelyn Romesberg at bhtp@iup.edu or Lee Bigelow at l.r.bigelow@iup.edu or Dr. Mary Lou Metz, advisor to IUP-PTM, at mlmetz@iup.edu.

]]>His research is an extension of the work he did for his thesis at IUP.

Baseball is a sport full of numbers and statistics. With a large sample size of a 162-game season, it also is a perfect atmosphere for advanced statistical analysis. Fewer than one thousand players competed at the Major League level this past season, but more than three thousand played in the minor leagues with the hope and ambition of making it to “the big show.” In reality, however, less than 10 percent of these players will actually accomplish that dream.

This talk contends that a probability can be determined for each player in the minor leagues that predicts that player’s chances of making it to the major leagues. Probabilities are computed using logistic regression.

]]>On Thursday, Dave will give a talk geared towards faculty entitled “Of Elephants, Fuzzy Dogs, and Teaching Backwards: A Story about Making Your Course Engaging.” This talk will be in Stright 302 from 3:30 to 4:30 p.m.

On Friday, Dave’s talk will be geared towards students. He will present “Dude, Just How Big IS Infinity?” in Stright 229 from 11:15 a.m. to 12:15 p.m.

Dave Sobecki is an associate professor in the Department of Mathematics at Miami University in Hamilton, Ohio. He earned a B.A. in math education from Bowling Green State University before continuing on to earn an M.A. and a Ph.D. in mathematics from Bowling Green State University. He has written or coauthored five journal articles, eleven books, and five interactive CD-ROMs.

Abstracts for both talks can be found below.

Abstract: The traditional method of teaching math goes something like this: Definition; Theorem; Example; Example; Example; Application. Many of us feel pretty comfortable with that—hey, it worked for us. But does it work well for the average student? I propose a backward method: starting with applications to introduce and motivate the math. When you start to think this way, it opens up a world of possibilities. I’d like to share some of my world of possibilities, as well as some other strategies I use to keep students involved in their learning.

Abstract: Everyone knows that infinity is pretty darn big, but just *how* big? In this talk, I’ll present scenarios that will lead us into answering difficult arithmetic questions like “What is infinity plus infinity?.” Along the way, we’ll learn about different types of infinity and how they apply to sets of numbers you’re familiar with. We’ll close with some perspective on a topic that most people should have some understanding of, but very few actually do: the amount of money that our government actually spends. It’s not infinite, but the sizes will probably surprise you when compared to numbers you’re more familiar with.

In 1977, Martin Gardner's “Mathematical Games” feature in *Scientific American* posed the challenge of factoring a 129-digit number (known as RSA-129). Using the resources available at the time, it was estimated that it would take 40 quadrillion years to factor this number. However, in 1994, Lenstra, et al., announced a factorization of RSA-129. Using many computers, it took them eight months to complete this groundbreaking calculation. They used a modified implementation of the Quadratic Sieve, which had been originally introduced by Carl Pomerance in 1982.

The goal of this talk will be to give a general overview of the Quadratic Sieve algorithm. Special attention will be given to the elementary number theory and linear algebra techniques used in the algorithm.

Undergraduate students are encouraged to attend! The talk is intended to be accessible to those who are familiar with the basics of modular arithmetic and linear algebra.

]]>Metz was appointed by Mike Shaughnessy, president of the National Council of Teachers of Mathematics.

*Student Explorations in Mathematics* is an official publication of the National Council of Teachers of Mathematics and serves as a resource for students in grades 5-10, teachers, and teacher educators.

The article proposes a class of goodness-of-fit tests for assessing the parametric form of the baseline intensity process found in models used to analyze recurrent event data. These tests are based on a class of weighted empirical processes. Asymptotic properties of this class of weighted empirical processes are given for a sequence of Pitman alternatives. Test statistics are constructed as functionals of the weighted empirical processes. Optimal choices for the weight process are found for a class of chi-squared tests. Khmaladze's transformation is applied to the test statistic, and the asymptotic null distribution of the resulting transformation is given. Two data sets are used to illustrate the goodness-of-fit tests.

]]>In collaboration with the Carnegie Mellon Institute for Talented Elementary and Secondary Students (C-MITES), Dr. Yong Colen of the Mathematics Department will teach two courses at IUP.

C-MITES is a rigorous summer program in which gifted students are presented with challenging material that complements what they have studied in school.

More information about C-MITES is found on the Carnegie Mellon C-MITES website. The two courses are as follows:

Come stimulate your curiosity and develop mathematical problem-solving tools. Working individually and in small groups, you will encounter a variety of problem situations such as, “Why aren’t manhole covers square?” and, “Why isn’t the circular design optimal?” Solving atypical, perplexing problems, you will expand your originality of thought, intuitive reasoning, and mathematical knowledge.

June 20–24, 9:00 a.m.–4:00 p.m. (For students enrolled in grades 5–6 as of April 2011)

This course is designed for students who have taken a Pre-algebra or Algebra 1 course. You will explore how to make sense of more important algebraic concepts and examine why algebra has been a useful tool to solve meaningful problems. One particular focus of the course will be to analyze and utilize algebra in various forms—verbally, numerically, graphically, and symbolically.

June 27–July 1, 9:00 a.m.–4:00 p.m. (For students enrolled in grades 7–8 as of April 2011)

]]>This event is co-sponsored by the Mathematics Department and the Scholarships–Creating Opportunities for Applying Mathematics (S-COAM) project at IUP.

The session will be from 7:00 to 8:00 p.m. in room 116 of the Northern Suites on Monday, February 28, 2011.

Light refreshments will be served.

]]>This program has increased the overall number of students pursuing degrees in mathematics, and is unique in its goal of establishing a supportive connection of master’s students with undergraduates through scholarship cohort activities. Each year, need-based scholarship funds support five or six new graduate students from the M.S. in Applied Mathematics program and ten new junior or senior undergraduate students seeking a major or minor in a mathematical area.

]]>The Standards Aligned System is a collaborative product of research and good practice that identifies elements which, if utilized together, will provide schools with a common framework for continued school enhancement and improvement.

This institute was held in State College, Pa., on February 9, 2011.

]]>Dr. Colen will serve a two-year term.

The Mathematics Council of Western Pennsylvania is an organization of mathematics educators and is affiliated with both the Pennsylvania Council of Teachers of Mathematics and the National Council of Teachers of Mathematics.

]]>He obtained a Ph.D. in Statistics from the University of New Mexico in November 2010.

Nosedal-Sanchez recently submitted a tutorial about the use of reproducing kernel Hilbert spaces for penalized regression, and he is currently working on another paper where he proposes a new method to find spatially adaptive nonparametric regression estimates.

His research interests are: nonparametric regression, linear models, generalized linear models, and applications of statistical models.

]]>The application, including an essay and two letters of recommendation, is due in the department office by March 16, 2011.

]]>These scholarships are funded by the National Science Foundation Scholarships in Science, Technology, Engineering, and Mathematics program under Award No. DUE 0966206, awarded to Dr. Rick Adkins and Dr. Yu-Ju Kuo of the Mathematics Department.

- Nathan Adelgren, a graduate student in the M.S. in Applied Mathematics program from Emeigh, Pa.
- Dane Alabran, a graduate student in the M.S. in Applied Mathematics program from Smicksburg, Pa.
- David DeMateo, a graduate student in the M.S. in Applied Mathematics program from Pittsburgh, Pa.
- Albert Harrison, a graduate student in the M.S. in Applied Mathematics program from Dillsburg, Pa.
- Kristen Lester, a graduate student in the M.S. in Applied Mathematics program from Blairsville, Pa.
- Nadia Man, a graduate student in the M.S. in Applied Mathematics program from Philadelphia, Pa.
- William Noel, a graduate student in the M.S. in Applied Mathematics program from Connellsville, Pa.
- Megan Agosti, a Physics Education major from St. Mary's, Pa.
- Ryan Grove, a Physics/Applied Math/Computer Science major from Portage, Pa.
- Travis Himes, an Economics/Mathematics major from Rochester Mills, Pa.
- Tyler S. Jack, a Secondary Mathematics Education major from Cadogan, Pa.
- Aaron Lenzi, a Physics/Pre-Engineering major from Homer City, Pa.
- Margo MacKenzie, a Natural Sciences/Pre-Engineering major from Somerset, Pa.
- SaraJane Parsons, a Mathematics major from Negaunee, Mich.
- Jessica Pcola, a Secondary Mathematics Education major from Portage, Pa.
- Sarah Wissinger, a Mathematics major from Mountville, Pa.
- Jeremy Yagle, a Mathematics major from Moshannon, Pa.

Career Development professionals are seeking companies to participate that hire students and graduates in the math and science disciplines for jobs and internships.

**What?**Math and Science Interview Day**When?**Friday, February 18, 2011, 9:00 a.m.–3:00 p.m.**Where?**Community College of Allegheny County–Boyce Campus**Who?**Students and recent graduates in the Math and Science disciplines**How?**Register online

His appearance is in conjunction with the IUP Actuary Club.

Mr. Johnson is a member of the American Academy of Actuaries and an associate of the Casualty Actuary Society.

]]>This article combines the areas of theoretical graph theory and abstract algebra. This combination of mathematical areas gives fascinating results concerning the partitions of V(G) as they relate to a forty-two-year unsolved problem in graph theory posed by Erdős and Lovász.

In this article, for a graph G having chromatic number k, Dr. Lattanzio defines an equivalence relation on the set X of all proper vertex k-colorings of G. This leads naturally to an equivalence relation on the set P of all partitions of V(G) into k independent subsets of color classes. He then investigates the notion of a partition type and the algebra of types.

]]>Both presentations take place at 3:30 p.m. in Stright Hall, room 229.

In this presentation, k-dimensional n-square matrices are defined and subsequently matrix graphs arise naturally. Particular matrix graphs will be constructed. An application of two dimensional matrix graphs will be discussed as they provide the only known examples of graph admitting two completely independent critical cliques.

The construction of graphs admitting two completely independent critical cliques is generalized from two dimensions to three dimensions. Using 3-dimensional matrix graphs, we demonstrate the existence of an infinite family of graphs, the members of which admit three completely independent critical cliques. It is conjectured that a similar construction, using k-dimensional n-square matrices, can be used to prove the existence of a graph admitting k completely independent critical cliques.

]]>Her article, “Using GAISE and NCTM Standards as Frameworks for Teaching Probability and Statistics to Pre-Service Elementary and Middle School Mathematics Teachers,” discusses statistical concepts that have been identified as necessary for statistical literacy.

The article also describes how an undergraduate course in Probability and Statistics for pre-service elementary and middle school teachers was revised and implemented using the Guidelines for Assessment and Instruction in Statistics Education and the NCTM Standards.

]]>Check back during the Spring semester for revised times.

]]>His appearance is in conjunction with the IUP Actuary Club.

Mr. Johnson is a member of the American Academy of Actuaries and an associate of the Casualty Actuary Society.

]]>Baseball is a sport full of numbers and statistics. With a large sample size of a 162-game season, it also is a perfect atmosphere for advanced statistical analysis. Less than 1,000 players competed at the Major League level this past season, but more than 3,000 played in the minor leagues with the hope and ambition of making it to “the big show.” In reality, however, less than 10 percent of these players will actually accomplish that dream. This colloquium contends, using logistic regression, that a probability can be determined for each player in the minor leagues that predicts that player’s chances of making it to the major leagues.

Light refreshments will be provided.

]]>Ross has worked for Eastman Kodak Company, and his current research is in the application of differential equations to problems in biophysics and biochemistry.

Ross will give two presentations on November 3:

- “Mathematical Modeling of Calcium Homeostatis and Bone Remodeling,” 8:00–9:00 a.m. in Wallwork Hall, Room G98 (suitable for those who have studied calculus)
- “A Fully Nonlinear Bellman PDE for Inferring Gibbs Free Energies from Light Scattering Data,” 5:00–6:00 p.m. in Stright Hall, Room 327 (suitable for those who have studied differential equations)

The workshop took place on October 1 and 4, 2010.

]]>Dr. Alarcón and Ms. Casanova, a Chemistry major and Mathematics minor, received the award from FASEB to attend the annual SACNAS Conference from September 30 to October 3 in Anaheim, California. They are trying to initiate a SACNAS student chapter at IUP.

]]>The textbook series is published by Carnegie Learning in Pittsburgh, Pa.

]]>NCATE is the profession’s mechanism to help establish high-quality teacher preparation. Through the process of professional accreditation of schools, colleges, and departments of education, NCATE works to make a difference in the quality of teaching and teacher preparation today, tomorrow, and for the next century. NCATE’s performance-based system of accreditation fosters competent classroom teachers and other educators who work to improve the education of all P-12 students. NCATE believes every student deserves a caring, competent, and highly qualified teacher.

The National Council of Teachers of Mathematics recognized the IUP Mathematics Education program as having “a very strong content component. In the past three years, the 36 teacher candidates have passed the Praxis II test, scoring 136 or higher. Nine teacher candidates received recognition from ETS for passing in the top 15% of the field. The program also has a very strong education component with a very well designed and sequenced field experience component culminating with student teaching. An additional strength of the program is that the university professors for both the pre-student teaching courses and the supervisors for the student teaching are members of the Mathematics Department Faculty.”

Dr. Mary Ann Rafoth, dean of the College of Education, recognized the efforts of Dr. Janet Walker, who designed the program’s evaluation system, collected data over the past five years, and compiled the report. “I would like to commend Dr. Janet Walker, Secondary Math Education coordinator, for her hard work in preparing this excellent application,” Rafoth said. “You cannot earn better accolades than those given by NCATE.”

NCATE also selected the IUP Mathematics Education Program report to use as a sample for a successful program application at conferences and on their website. This will be used by NCATE to help other universities and teacher education programs prepare their own reports.

]]>We are happy to have them aboard, and we invite you to learn more about them.

]]>In the chapter (co-authored the chapter with Dr. Margaret Niess of Oregon State University), Dr. Walker incorporated an activity that used the IUP Marching Band, and worked with David Martynuik, who provided charts that he uses with the marching band.

The book is published by the International Society for Technology in Education, Eugene, Oregon, and is edited by Glen Bull and Lynn Bell.

]]>These scholarships are funded by the National Science Foundation Scholarships in Science, Technology, Engineering, and Mathematics program under Award No. DUE 0966206, awarded to Dr. Rick Adkins and Dr. Yu-Ju Kuo of the Mathematics Department.

- Kwasi Abrefa-Kodom, a graduate student in the M.S. in Applied Mathematics program from Exeter, Pa.
- Nathan Adelgren, a graduate student in the M.S. in Applied Mathematics program from Emeigh, Pa.
- Kristen Lester, a graduate student in the M.S. in Applied Mathematics program from Blairsville, Pa.
- Nadia Man, a graduate student in the M.S. in Applied Mathematics program from Philadelphia, Pa.
- William Noel, a graduate student in the M.S. in Applied Mathematics program from Connellsville, Pa.
- Megan Agosti, a Physics Education major from St. Mary's, Pa.
- Jennifer Casanova, a Chemistry major from Indiana, Pa.
- Travis Himes, an Economics/Mathematics major from Rochester Mills, Pa.
- Julie Kardell, a Secondary Mathematics Education major from Indiana, Pa.
- Margo MacKenzie, a Natural Sciences/Pre-Engineering major from Somerset, Pa.
- SaraJane Parsons, a Mathematics major from Negaunee, Mich.
- Jessica Pcola, a Secondary Mathematics Education major from Portage, Pa.
- Sarah Wissinger, a Mathematics major from Mountville, Pa..

The journal is published by the National Council of Teachers of Mathematics.

]]>The workshop took place on August 30, 2010, at the Archdiocese of New York Summer Symposium.

]]>Come meet your department chairperson, your adviser, and other faculty members; learn about resources in the Mathematics Department; and meet other new students.

In addition, for Secondary Mathematics Education majors, there is a mandatory Teacher Education Meeting on Sunday, August 29, at 1:30 p.m. in Stouffer Hall, Beard Auditorium.

]]>Dr. Morgan came to IUP in 1988 after eight years at Clemson University. Among his many accomplishments, his tenure as graduate coordinator for the department and as director of the College of Natural Sciences and Mathematics Pre-Professional program were the most time-consuming and the least rewarded. Many will also remember Fred as one of the founders of the Center for Statistics Education in Pennsylvania and for his work on the first Statistics Education through Quantitative Literacy (SEQuaL) grant in 1992. Most importantly to students, his “hot dogs” will remember him as an entertaining and effective instructor.

Dr. Ray also came to IUP in 1988 after earning his doctorate at the Ohio State University. Students will remember Phil as a meticulous lecturer: logical, coherent, and ready with well-chosen examples. Dr. Ray also made sure the mathematics section of the university library was well stocked. Next time you are in section QA, thank Dr. Ray.

]]>Her paper, “Getting Creative with Mathematics,” discussed various activities that could be used in the classroom to teach mathematics in a meaningful way.

Dr. Reilly also presented at the recent meeting of the Pennsylvania Chapter of the National Association of Multicultural Education. Her paper was entitled “E = MC^{2}: Mathematics and Culture Combined.”

Both courses will run Monday through Thursday, June 1 through July 2, 2010.

MATH 105-511, CRN 30976, will run from 1:00 to 2:50 p.m., and MATH 115-511, CRN 30979, will run from 10:15 a.m. to 12:05 p.m.

This is a great opportunity for students in the greater Pittsburgh area to satisfy requirements without commuting to the Indiana campus.

Directions to the Monroeville site.

For more information, call the Mathematics Department at 724-357-2608 or e-mail dradelet@iup.edu.

]]>Markoff will also give a presentation on the topic at the IUP Undergraduate Scholars Forum on April 1, 2010.

]]>In the early part of this millennium, it was predicted that two well-known games would be solved by the end of the decade: checkers and reversi (Herik, Uiterwijk, and Rijswijck 2002, 306). In 2007, the first half of this prediction became a reality when it was announced that, with perfect play, or the strategy which leads to the optimal outcome regardless of the response(s) of his opponent(s), either player in a game of checkers can force a draw. Sorting through the 5 x 1020 possible checkers positions required around-the-clock computing on, at times, up to 200 processors for nearly twenty years (Schaeffer et al. 2007, 1518). It currently appears unlikely that reversi, with an estimated 1028 possible positions and significantly more possible games than checkers (Allis 1994, 167-8), will be solved before the end of 2010.

Solving the game of reversi would be a multi-year effort with inherent extensive computing and storage requirements unavailable to the author of this thesis. It has, however, been said that a well-defined problem is half solved; the intent of this thesis is to define the characteristics of reversi in such a way that it could be solved given the proper resources. Results from the solution of a reduced form of the game show that equivalent positions can be generated at a reasonable processing cost to greatly reduce physical storage requireme

Time: 3:30 p.m. on March 29, 2010

Location: Stright 302

]]>]]>

The teachers attending this Title I math in-service explored ways to:

- Make mathematical tasks worthwhile and engaging for all students
- Differentiate mathematics instruction to meet student needs
- Implement flexible grouping and ongoing assessments in mathematics lessons
- Support purposeful student struggle and identify common misconceptions in mathematics as opportunities for learning
- Incorporate prevention strategies from the response to intervention (RTI) multi-tiered approach in the mathematics classroom
- Support mathematics learning for English Language Learners (ELL).

Dr. Edel Reilly presented sessions on “Literacy and Mathematics: A Bridge to Social Justice” and “The Tangram Tango: Geometric Manipulatives for Elementary Students.” Dr. Margaret Stempien presented “Coloring Maps: Fun with Students in Discrete Mathematics,” and Dr. Mary Lou Metz presented “Fractals: The ‘New Math’ of the 21st Century.”

In addition, four students from the Mathematics Department did presentations at the Pre-Service Teacher Day component of the conference. Hayley Markoff, a junior Secondary Mathematics Education major, presented her research on “Women in Mathematics—Still a Man’s World?” Alyssa Aiello, Daniele Chahoy, and Jay Murgi, all Elementary Education majors from the CCAC cohort with a Mathematics Concentration, presented their lesson, “All About Pittsburgh,” which integrated geometry in the study of the architecture and history of Pittsburgh. Of the seven students presenting at Pre-Service Teacher Day, four were from IUP.

Over one hundred pre-service teachers from fourteen colleges and universities in Pennsylvania attended Pre-Service Teacher Day. IUP was represented by ten students. In addition to the four presenters, Sarah Romasco, Annalese Weldy, Julie Kardell, John Sokol, Heather Hobbins, and Kayla Kohler—all Secondary Math Education majors—participated.

]]>After a quick overview of using the Smart Board, Annalse will show how to create object animations and “training videos.” She will also present a list of research articles discussing the impact of using Interactive Electronic Boards.

Her presentation will be on Tuesday, November 17, 2009, in Stright Hall, room 202, at 3:30 p.m.

]]>]]>

Plan to come to G-12 in the Suites on Maple West to learn more!

**Thursday, November 5, 2009, at 7:00 p.m.**

- Learn ideas, strategies, and techniques to make mathematics important to you and your students.
- Learn more about the proposed Middle School Mathematics certification and degree program.

]]>

The program will be held on Thursday, November 12, 2009, at 7:00 p.m. in the Northern Suites. Five alumni of the Mathematics Department, who have a variety of careers in mathematics education, will talk about how their careers as teachers of mathematics led them to their current careers. They will also answer questions from students and others in the audience.

Returning department alumni include Dr. Rose Zbiek, professor of Mathematics Education at Penn State University; Mr. William Hadley, cofounder and former chief academic officer of Carnegie Learning; Dr. John Uccellini, coordinator of K-12 Mathematics for the Indiana Area School District; Ms. Barbara Carnahan, elementary mathematics coach for the Armstrong School District; and Ms. Shari Reed, elementary mathematics specialist for the Bellefonte Area School District. The program is being organized by Dr. Mary Lou Metz, also an alumna of the Mathematics Department.

]]>These review sessions will be conducted by by Drs. Sharp and Stempien. Junior and senior Mathematics Education majors who have not previously passed the Praxis II exam should attend both these sessions and take the Praxis II exam soon.

]]>The presentations will be October 14, 2009, from 4:00–5:00 p.m. in Stright Hall, Room 302, and all are welcome. Ben interned in the IUP Admissions office, Christine worked with the IUP College of Education and Educational Technology, and Cody interned at the Local Management Board of Allegany County in Maryland.

Come hear about their experiences and learn about other internship possibilities.

]]>- Tuesday, October 13

Stright Hall, Room 201, 4:30–5:30 p.m.

Topic: Internships and Job Search - Tuesday, October 27

Stright Hall, Room 201, 4:30–5:30 p.m.

Topic: Interviews and the Hiring Process - Tuesday, November 10

Stright Hall, Room 201, 4:30–5:30 p.m.

Topic: TBA - Tuesday, November 24

Stright Hall, Room 201, 4:30–5:30 p.m.

Topic: TBA

Contact Dr. Yu-Ju Kuo for more information.

]]>This year's conference was in honor of the sixty-eighth birthday of Walter Wallis and was held at the Rochester Institute of Technology.

For a graph *G* having chromatic number *k*, an equivalence relation is defined on the set *X* consisting of all proper vertex *k*-colorings of *G*. This leads naturally to an equivalence relation on the set *P* consisting of all partitions of *V* (*G*) into *k* independent subsets of color classes. The notion of a partition type arises and the algebra of types is investigated. Visual assistance is provided by **Mathematica**.

Dr. Walker and her coauthor, Maggie Niess of Oregon State University, discuss the use of video clips to help students explore mathematical ideas.

]]>The Northern Suites are behind Weyandt Hall, and everyone has access to the lounge area, so no key scan is necessary.

]]>Dr. Reilly also participated in a workshop on mathematics and fiction in Oxford, England.

]]>
The *Post-Gazette* is doing a weeklong series on mathematics education.

The Datasets and Stories department of the journal provides a forum for exchanging interesting datasets and discussing ways they can be used effectively in teaching statistics. Rossman compiled his dataset as part of his master's thesis under the direction of Dr. Christoph Maier. His thesis concerned players in baseball's minor league system, and he explored factors that best predict their making it to the major leagues.

]]>

Come and meet the other new students, our faculty members, and your academic advisor. Snacks and beverages will be available. The meeting is in Stright Hall, room 226.

]]>The article relates experiences in teaching about elections to a class of fifth graders and connecting the activities to fractions, percent, and working with multiple variables. The journal is published by the National Council of Teachers of Mathematics and is considered the premier magazine for mathematics education at the elementary school level in the United States.

]]>She is poised to break the IUP career records for goals, assists, and points. Sarah is currently second on the career lists with 57 goals, 31 assists, and 145 points. She is also an excellent student in the Secondary Mathematic Education program who consistently makes the Dean’s List for her high academic performance.

You can read a full article on Romasco on the *IUP Magazine* website: Mighty Mite.

All three were recommended by a universitywide committee of their peers, and their promotion was recently granted by President Tony Atwater.

]]>Members of the editorial panel are selected from NCTM’s council members that have demonstrated extraordinary leadership in mathematics education. The eleven-member panel is charged with producing and editing ready-to-use mathematics activities for students in grades 5-10. *Student Explorations in Mathematics* appears five times a year.

Thomas, the daughter of Dale and Tammy Thomas, is a 2008 graduate of Northern Cambria High School. A Math Education major with a Geography minor, she is a member of IUP’s track and field team.

Daniel Griffith is a spatial statistician and is the Ashbel Smith Professor at the University of Texas at Dallas. He earned his bachelor’s degree in Mathematics Education in 1970 and his master’s degree in Geography in 1972 from IUP. He earned a second master’s from Penn State University and his doctoral degree from the University of Toronto. He is a 1982 recipient of an IUP Distinguished Alumni Award and was IUP’s 2008 commencement speaker, receiving an honorary doctoral of science degree at the ceremony.

Griffith and his wife established the Griffith Scholarship to provide interested students with the financial support to pursue a joint program in Geography and Mathematics at IUP. The scholarship is awarded to high-achieving freshman, sophomore, junior, and senior students who have declared an academic course of study as a dual Geography-Mathematics major, a Geography major and a Mathematics minor, or a Mathematics major and a Geography minor.

From left: Dr. Francisco Alarcon, Mathematics Department chairperson; Elizabeth Thomas, Griffith scholarship recipient; and Dr. John Benhart, Geography and Regional Planning chairperson

]]>The student organization, established and advised by Dr. Mary Lou Metz, is one of only two student affiliates in the state of Pennsylvania. Nationally, there are only twenty such students groups in twelve states. The forty-three members of IUP-PTM are secondary Math Education majors and Elementary Education majors at IUP who are interested in developing teaching and leadership skills in mathematics.

From left: Tori Groves, Emily Golden, Jen Hunter, Dr. Mary Lou Metz, and Alyssa Aiello receive the affiliation documents.

]]>

The presentation was given to faculty and students in the Mathematics Department at Universidad del Valle in Guatemala City, Guatemala, on May 13, 2009. The presentation consisted of an overview of the life and work of Leonhard Euler, his solution of the Basel Problem, and the connections of that problem with the Riemann Hypothesis.

]]>Christopher Lynn DeLeo (Lake City)

Timothy Brannon Muller (Doylestown)

Joseph Damian Veltri, Jr. (New Kensington)

Colin Patrick Zinda (Plover, WI)

Lauren Jeanine Abbott (North Potomac, MD)

Adam Craig Moser (Kittanning)

Tori L. Groves (DuBois)

Jennifer L. Hunter (Bellwood)

Jeffrey Daniel Krznaric (West Mifflin)

Jonathan R. Lunieski (Irwin)

Drew Tyson Moyer (Hollidaysburg)

Erin Bethel Porter (Pittsburgh)

Allison L. Yorks (Camp Hill)

Jason A. Myers (Mount Pleasant)

Traci Renee Stevens (Indiana)

Lisa Marie Thompson (Ford City)

Melissa A. Bagi (Indiana)

Amy Berdett Bowser (Reynoldsville)

Jason A. Smith (Punxsutawney)

Tao Sun (Indiana)

]]>The James A. Boytim, Ed.D. Scholarship in Mathematics is awarded to a senior in the Mathematics Department who is of good character and who demonstrates the promise of future success in the education profession. This year’s winner is Annalese Weldy from Canonsburg, Pa. Annalese is a Secondary Mathematics Education major. She was joined at the banquet by one of the people who inspired her, Susan Stonebraker, her elementary school principal.

Kaitlyn Yeomans is the recipient of the Dr. Willard W. Hennemann, Jr., Memorial Scholarship, awarded to a deserving and worthy student with a strong commitment in the field of mathematics education at the elementary or middle school level. Kaitlyn is an Elementary Education major with a Mathematics concentration from Creekside, Pa.

This year’s Tony and Carole Kuczinski Memorial Scholarship winner is Tiffany Cornman, a secondary Mathematics Education major from Home, Pa. Tiffany credits the teachers she had as a student for her decision to pursue mathematics education.

The Arthur G. Morrell Memorial Scholarship is given to a Mathematics major completing the sophomore or junior year at IUP who best reflects the character and interests of Captain Arthur G. Morrell. This year two scholarships were awarded, to Antonio Ayllon and Sarah Romasco. Antonio is an Economics/Mathematics major from Avondale, Pa., who is originally from Mexico. Sarah is a Secondary Mathematics Education major from Freedom, Pa., and is the latest in our tradition of scholar athletes. Sarah a first team member of the *ESPN the Magazine* Academic All-District II squad for women’s soccer.

The second James R. Myers Scholarship was awarded to Rachel Holuta from Indiana, Pa. Rachel is an Elementary Education major with a Mathematics concentration. Rachel was able to meet with Dr. Myers’ family during the ceremony.

The Mildred M. Reigh Scholarship was awarded to Julie Kardell of Indiana, Pa. Julie teaches at the Seeds of Faith Christian Academy in Indiana and is looking to finish her degree in Secondary Mathematics Education.

This year there were two winners of the Rebecca A. Stoudt Memorial Scholarship for Mathematics: Jessica Schnebel and Amelia Uecker. Jessica is a Secondary Mathematics Education major from Pittsburgh who is active in dance and the Robert E. Cook Honors College. Amelia is another Cook Honors College student majoring in Mathematics and Physics. Amelia is from Mason, Ohio, and active in Bella Voce, a choral group that performs at local nursing homes.

The awards banquet is a special time in the life of the department as we honor both our current outstanding students and the IUP faculty and alumni who are an important part of our past.

]]>The session began and ended with a link to research findings of Liping Ma. Participants went through activities that had been done with fifth graders with the help of Katie Bungo (a student in the M.Ed. in Elementary and Middle School Mathematics Education program).

]]>Reilly, along with Julie Bisi, M.Ed. Elementary and Middle School Mathematics ’08, and another middle school teacher from Connecticut reported on their work with two hundred students in exploring math concepts and writing new math stories.

]]>Megan Sheeler won the New Teacher Award at Thornburg Middle School. Megan graduated in May 2008 with a BSEd in Mathematics Education and currently teaches eighth grade mathematics.

Derek Stiffler won the New Teacher Award at Post Oak Middle School and subsequently won the New Teacher Award for the entire Spotsylvania County School system. Derek is also a May 2008 graduate of the BSEd in Mathematics Education program. Derek teaches seventh grade mathematics at Post Oak.

Congratulations to Megan and Derek and all of our graduates who do the important work of educating young people.

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Reilly’s article “Parental Involvement Through Better Communication” has been included in the Middle Level Education Research Annual 2009 *Connecting with Parents and Families* published by the National Middle School Association.

SSHEMA is the organization of the Pennsylvania State System of Higher Education educators who are involved in courses or programs that are considered to be a part of mathematics or the mathematical sciences.

]]>Description: We define an equivalence relation on the set of all k-colorings of a k-chromatic graph. Partition types are subsequently defined from the equivalence classes, and we explore how these algebraic techniques give some insight into a longstanding conjecture of Erdos and Lovasz. Visual aids will be provided by *Mathematica*.

Dr. Navaratna also presented “Non-linear Filtering with Mobile/Fixed Antennas,” another joint work with Menaka Navaratna, at the February Joint Meeting of the Florida Section of the MAA and the Florida Two-Year College Mathematics Association.

]]>Formal recognition was approved at the February 2009 meeting of NCTM’s Board of Directors, and the group will receive its charter at the Washington, D.C., delegate assembly in April.

]]>Dr. Wu’s research applies mathematical modeling and social science tools to environmental health problems. In particular, she is interested in food safety and indoor environmental quality and the economics of regulating these. This talk will feature her work on genetically modified crops.

The majority of the corn, cotton, and soybean fields we plant today in the U.S. are genetically modified (GM), in most cases for herbicide tolerance and/or pest protection. GM crops have a variety of benefits for growers and secondarily for animals and humans (for example, through mycotoxin reduction), but it is important to fully understand and reduce any potential environmental and food safety risks.

Dr. Wu’s work in this area concerns quantitative benefit-risk assessment of environmental and health impacts of GM crops and application to improving policy. Dr. Wu has focused on issues of pesticide and mycotoxin reduction. For this work, she has spoken at the United Nations Cartagena Protocol on Biosafety, on mycotoxin reduction in Bt corn and its health and economic benefits.

Dr. Wu is an assistant professor of Environmental and Occupational Health at the University of Pittsburgh. She conducts research on the economic and health impacts of agricultural and food safety issues today, including ethanol production from corn, genetically modified crops, and mycotoxins (fungal toxins) in food.

Dr. Wu is the 2007 winner of the Chauncey Starr Award, given annually by the international Society for Risk Analysis to an outstanding risk analyst under age forty. She has a National Institutes of Health Early Career Award as well as grants from the U.S. Department of Agriculture and the Bill and Melinda Gates Foundation.

Dr. Wu serves on the editorial boards of the journals *Risk Analysis, World Mycotoxin Journal*, and *Archives of Environmental and Occupational Health*. She earned her Ph.D. from Carnegie Mellon University and her A.B. from Harvard University.

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