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Teaching (Spring, 2011)
Math 3810 Probability and Statistics
Math 4850/5850 Stochastic Modeling
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Ph.D. in Mathematics, University
of Illinois (Champaign-Urbana),
1979.
M.S. in Statistics, University
of Illinois
(Champaign-Urbana), 1979.
M.A. in Counseling Psychology, Regis
University (Denver), 1998.
Associate Professor at CU-Colorado Springs 1986-2006.
Professor of Mathematics at CU-Colorado Springs 2006-Present.
Chair of Mathematics at CU-Colorado Springs, 2008-Present.
Research interests include:
- Probability
- Percolation Theory
- Mathematical
Population Genetics
- Statistics of
Optical Communication Systems
Conference in Memory of Walter V. Philipp, June, 2009
Talk
on an asymptotic evaluation of the last passage time constant in high
dimensions.
Selected Papers:
- Time
constant for the once oriented last passage percolation in high
dimensions, in Dependence in Probability, Analysis,
and Number Theory, I. Berkes, R. C.
Bradley, H. Dehling, M. Peligrad
and R. Tichy, eds., Kendrick Press (2010).
- A
directed polymer approach to once-oriented first passage percolation in
high dimensions, Preprint.
- (with Y. Zhang) The sizes of the pioneering, lowest crossing, and
pivotal sites in critical percolation on the triangular lattice, Ann.
Appl. Probab. 15, 1832-1886 (2005).
- (with S. Chakravarty) Statistical
Analysis of collision-induced timing shifts in a
wavelength-division-multiplexed optical soliton-transmission
system, Contemporary Mathematics 301, 235-247 (2002).
- (with R. Schinazi and Y. Zhang) The critical contact process
on a homogeneous tree, J. Appl. Prob., 31, 250-255,
(1994).
- Large deviation
results for a class of Markov chains with applications to an infinite alleles model of population genetics, Ann.
Appl. Probab., 2, 857-905 (1992).
- (with S. Sawyer) Large
deviation results for a class of Markov chains arising from population
genetics, Ann. Probab. 17,
1124-1146 (1989).
- Central limit theorem
for linearly dependent fields of continuous elements, Prob. Th. Rel.
Fields, 75, 87-95 (1987).
Personal Interests include:
1. Tai Chi
2. Jungian and Process Oriented psychologies
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