UNDERGRADUATE RESEARCH
Participating in an undergraduate research project adds a unique
perspective to students' mathematical education and training. In the
course of a research project, student learning is directed toward
developing a deeper understanding of a particular area of mathematics
with the goal of using this understanding to solve an unsolved
problem, to prove a new theorem, or to develop a new application.
Research problems challenge your perseverance and resourcefulness and
reward you with a piece of mathematics to call your own.
Among the avenues available for pursuing undergraduate research are
the University's Undergraduate Research Committee, which funds
student summer research projects on campus
and, at the national level, the Research Experiences for
Undergraduates (REU) programs funded through the National Science
Foundation at various sites each summer. Consult your professors
about how to develop a project and apply for funding.
FACULTY RESEARCH
The following technical reports can be obtained by contacting
Lewis Barnett
at one of the following addresses.
Department of Mathematics and Computer Science
University of Richmond, VA 23173
lbarnett@richmond.edu
Titles which are anchors will display an abstract of the report, possibly
with the option to display the postscript version of the paper.
Number: TR-92-01
Title:
NetSim User's Manual
Author: Lewis Barnett
Date: May, 1992
Pages: 19
Number: TR-92-02
Title:
Netsim: A Network Performance Simulator
Author: Lewis Barnett
Date: June, 1992
Pages: 10
Number: TR-93-01
Title: Graphical Evolution Experiments in Artificial Life
Author: Gary R. Greenfield
Date: February, 1993
Pages: 20
Number: TR-93-02
Title: Simulated Annealing and Optimal Codes
Author: Gary R. Greenfield
Date: March, 1993
Pages: 13
Number: TR-93-03
Title: Case Study: A Sculptor - Programmer Collaboration
Author: Gary R. Greenfield
Date: July, 1993
Pages: 16
Number: TR-94-01
Title: Merlin's Magic Square Enhanced
Author: Gary R. Greenfield
Date: January, 1994
Pages: 26
Number: TR-94-02
Title: An Algorithmic Palette Tool
Author: Gary R. Greenfield
Date: February, 1994
Pages: 16
Number: TR-94-03
Title: A Topology-Aware Collision Resolution Algorithm
Author: Lewis Barnett
Date: March, 1994
Pages: 15
Number: TR-94-04
Title: Bergman spaces on disconnected domains
Author: Alexandru Aleman, Stefan Richter and
William T. Ross
Date: July 6, 1994
Pages: 20
Number: TR-94-05
Title: Bergman spaces on an annulus and the backward Bergman Shift
Author:
William T. Ross
Date: July 20, 1994
Pages: 23
Number: TR-94-06
Title: A Macro Extension for the Woody Assemply Language
Author: Lewis Barnett
Date: August 10, 1994
Pages: 4
Number: TR-94-07
Title: The Nondeterministic Divide
Author: Arthur Charlesworth
Date: September 12, 1994
Pages: 51
Number: TR-95-01
Title:
DQDBsim User's Manual
Author: Lewis Barnett
Date: June 1995
Pages: 36
Number: TR-95-02
Title: Secure Trapdoor Hash Functions Based on Public-Key
Cryptosystems
Author: Gary R. Greenfield and Sarah A. Spence
Date: December 1995
Pages: 19
Number: TR-97-01
Title: Pseudocontinuations and the backward shift
Author: Alexandru Aleman, Stefan Richter, and
William T. Ross
Date: August 18, 1997
Pages: 39
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