Technical Reports
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Preface

Acknowledgements

Technical Reports

Preface

This page contains the technical reports written by the students who participated in the 2000 Summer Institute in Mathematics for Undergraduates (SIMU) at the University of Puerto Rico – Humacao.  SIMU, a National Science Foundation (NSF) Research Experience for Undergraduate (REU) site, is a six-week summer undergraduate research program whose target population is Latino and Native American students from the United States and Puerto Rico.  The goal of SIMU is simple: to increase the number of Chicanos/Latinos and Native American earning Master’s, Ph.D’s, and pursuing research careers in the mathematical sciences.  We believe that one way to try to achieve this goal is by bringing together a group of talented students and challenging them to engage in quality mathematical research in an intense, supportive and collaborative environment.  The reports contained herein are the culmination of hundreds of hours of work by the SIMU 2000 students and staff during the six weeks of the program. 

The twenty-four students who participated in SIMU 2000 worked in groups of three on undergraduate research projects in two active and exciting areas in the mathematical sciences.  The projects in the area of Computational Algebra were directed by Professor Reinhard Laubenbacher from New Mexico State University.  Professor Laubenbacher was assisted by Abdul Jarrah and Rebecca E. Pablo who are graduate students at New Mexico State University.  The projects in the area of Integration of Rational Functions were directed by Professor Victor H. Moll from Tulane University.  Professor Moll was assisted by Jean Carlos Cortissoz, graduate student at Cornell University, and Dagan Karp, graduate student at Tulane University.  Because the quantity of work produced by these students during six weeks of the program is so great and because of other time constraints, these technical reports can be classified as “not fully edited”.  In fact, before students become fully engulfed in their research, they go through an intensive pre-research training which lasts almost three weeks; thus, these technical reports are the culmination of research done by SIMU students in a little over three weeks.

The 2000 SIMU was funded by grants from the National Security Agency (NSA Grant MDA904-00-1-0005), the National Science Foundation (NSF Grant DMS-9987901), the University of Puerto Rico, the National Aeronautics and Space Administration (NASA), and the Alliance for Minority Participation (AMP).

Herbert A. Medina

Ivelisse Rubio

SIMU Co-Directors

August, 2000

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Acknowledgements 

Individuals who have given indispensable assistance in the funding and creation of SIMU include (in alphabetical order): Barbara Deuink, National Security Agency; Dennis Fernández, Director, Puerto Rico Alliance for Minority Participation; Manuel Gómez, Vice-President for Research and Academic Affairs, University of Puerto Rico; Roberto Marrero-Corletto, Chancellor, University of Puerto Rico – Humacao; Pablo Negrón-Marrero, Professor of Mathematics, University of Puerto Rico - Humacao; Wilson Ruiz, Chairman, Department of Mathematics, University of Puerto Rico – Humacao; and James Schatz, Chief Mathematical Research Division, National Security Agency.

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2000 SIMU Technical Reports

Note on Format: All the abstracts and reports can be downloaded in Adobe Portable Document Format (PDF).  (Click here to download Adobe Acrobat Reader, free software that will allow you to view and print PDF files.)  A couple of the reports contain Postscript graphics and the Postscript -> PDF converter that we used makes these files look awkward on a monitor, but they will print fine.  

If you would like a paper copy of any of the reports, please send your request to simu@cuhwww.upr.clu.edu.

Time Complexity for Cracking a Gröbner Basis Cryptosystem

            Marian Hernández-Viera, University of Puerto Rico – Humacao

            Ariel Rivera Torres, University of Puerto Rico – Río Piedras

            Ray Sardo, Loyola Marymount University

Abstract; Technical Report.

Primary Decomposition of Ideals Arising from Hankel Matrices

            Paul Brodhead, University of Wisconsin, Madison

            Malarie Cummings, Hampton University

            Cora Seidler, University of Texas at El Paso

Abstract; Technical Report.

Binomial Ideals from Graphs

            Danielle Farrar, University of Washington

            Yolanda Manzano, St. Mary's University

            Juan Manuel Torres Acevedo, University of Puerto Rico – Humacao

Abstract; Technical Report.

Initial Ideals of Generic Ideals and Moreno-Socias Conjecture
(A revised version of this paper will appear in the Proceedings of the 2001 ISSAC Conference.)

            Edith Aguirre, University of Texas at El Paso

            Juan Ariel Ortiz-Navarro, University of Puerto Rico – Humacao

            Rogelio Torrez, Arizona State University 

Abstract; Technical Report.

The Dynamics of Even-Odd Splitting
(A revised version of this paper will appear in the Pi Mu Epsilon Journal.)

  Emilia Huerta-Sánchez, Mills College

  Aida Navarro-López, University of Puerto Rico - Humacao 

  David Uminsky, Harvey Mudd College

Abstract; Technical Report.

Investigating a Family of Integrals with Three Parameters

            Lianette Passapera-Sánchez, University of Puerto Rico – Humacao

            Christian Roldán-Santos, University of Puerto Rico – Mayagüez

            Yvette Uresti-Ovalle, St. Mary's University            

Abstract; Technical Report.

Convergence of a Landen Transformation of Degree Six
(A revised version of this appeared in the Electronic Journal of Combinatorics, 8 (2001) R30.)

            Encarnación Gutiérrez, University of California, Los Angeles

            Miguel Rosario-García, University of Puerto Rico – Mayagüez

            María de la Luz Torres, University of California, Riverside

Abstract; Technical Report.

Unimodality and Log-Concavity of Polynomials

            Jenny Alvarez, University of California, Santa Barbara

            Miguel Amadis, Nyack College

            Leobardo Rosales, University of California, San Diego

Abstract; Technical Report.

 

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