UF Interdisciplinary and Applied Mathematics Directory
2003-2004


UF home     Math home     Math faculty     Center for Applied Math     Contact info

Mathematician Interdisciplinary and Applied Math Specializations
Krishnaswami Alladi
LIT 358 (392-0281)
alladi@math.ufl.edu
cryptography, RSA algorithms, and discrete mathematics
Miklos Bona
LIT 478 (392-0281 x 314)
bona@math.ufl.edu
combinatorics of and algorithms on permutations and posets; the probabilistic method in combinatorics
Philip Boyland
LIT 338 (392-0281 x 269)
boyland@math.ufl.edu
dynamical systems, low-dimensional topology, classical and fluid mechanics
James Brooks
LIT 478 (392-0281 x 255)
brooks@math.ufl.edu
probability theory and stochastic processes; abstract processes in applied mathematics
Yunmei Chen
LIT 476 (392-0281 x 268)
yun@math.ufl.edu
partial differential equations and their application to nonlinear evolutions from geometry and physics; the flow of harmonic maps, nonlinear wave equations, nonlinear heat equations and nonlinear Schrodinger equations.
Paul Ehrlich
LIT 414 (392-0281 x 280)
ehrlich@math.ufl.edu
differential geometry, especially the area of global space-time geometry; co-author of one of the standard research monographs in this area, Global Lorentzian Geometry, Second Revised Edition, Marcel Dekker Pure and Applied Mathematics, Vol. 202, 1996
Joseph Glover
LIT 358 (392-0281)
glover@math.ufl.edu
Markov processes, potential theory, and martingales and their applications to asset modeling; wavelets and their applications to imaging science; semilinear partial differential equations and their application to suspension bridge oscillation problems
Jay Gopalakrishnan
LIT 442 (392-0281 x 252)
jayg@math.ufl.edu
numerical analysis, finite element methods, theory of preconditioners.
David Groisser
LIT 364 (392-0281 x 261)
groisser@math.ufl.edu
applications of differential geometry to problems in imaging
William Hager
LIT 462 (392-0281 x 244)
hager@math.ufl.edu
numerical analysis, optimization, and optimal control with applications to modeling of lightning currents
James Keesling
LIT 440 (392-0281)
jek@math.ufl.edu
dynamical systems and chaos, fractal geometry, stochastic modeling, numerical analysis, and queuing theory; biomathematical modeling of migration patterns of pests such as the moth Spodoptera frugiperda, and biomathematical modeling of the spread of dengue including a population model of the vector mosquito, Aedes aegypti
Maia Martcheva
LIT 467 (392-0281 x 237)
maia@math.ufl.edu
Mathematical Biology, Population Dynamics, Mathematical Epidemiology, Mathemtical Demography, Nonlinear PDEs, and Numerical Analysis
Scott McCullough
LIT 490 (392-0281 x 258)
sam@math.ufl.edu
function theoretic operator theory, matrix methods, and graph theory; application of the Weiner-Hopf decomposition methods to problems in parallel-computing.
Shari Moskow
LIT 452 (392-0281 x 294)
moskow@math.ufl.edu
partial differential equations and numerical analysis, homogenization theory, numerical methods for problems with rough coefficients, and inverse problems
Tim Olson
LIT 454 (392-0281 x 295)
olson@math.ufl.edu
digital signal processing and imaging science, limited angle tomography technique for image formation
Sergei Pilyugin
LIT 460 (392-0281 x 296)
pilyugin@math.ufl.edu
differential equations and dynamical systems with applications into mathematical biology/mathematical modeling; theory of competition/chemostat models; theoretical immunology and dynamics of the cell cycle
Zoran Pop-Stojanovic
LIT 496 (392-0281 x 260)
zps@math.ufl.edu
stochastic filtering and probabilistic potential theory
Murali Rao
LIT 494 (392-0281 x 259)
rao@math.ufl.edu
probability, potential theory, wavelets, and medical imaging, including a the development of new methods for PET image formation
Gerhard Ritter
CSE 322 (392-1226)
ritter@cis.ufl.edu
computer vision and neural nets; image algebra: new methods in parallel processing, image understanding, and feature recognition; new methods in numerical linear algebra, operations research, and neural nets
Andrew Vince
LIT 474 (392-0281 x246)
vince@math.ufl.edu
discrete mathematics; also network algorithms with application to scheduling and flows, combinatorial optimization and linear programming problems, fractal geometry and self similar phenomena, polytopes and tilings, and quasicrystals and long range aperiodic order.
Neil White
LIT 362 (392-0281 x297)
white@math.ufl.edu
Coxeter matroids, combinatorial invariant theory, Grassmann-Cayley algebra, applications to robotics.
David Wilson
LIT 464 and MSB 420
846-0451;
392-0281 x 253
dcw@math.ufl.edu
medical image analysis, decomposition methods for parallel computing, and the development of image deblurring methods: since 1987 has worked on automatic identification of the epicardial and endocardial borders of the heart in 2-D echocardiographic images
Last update made Fri Jun 4 17:25:46 EDT 2004.