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Faculty Interests and Expertise
2011-12 roster
See also the faculty authors page.
| S. Allen Broughton |
Riemann surfaces, differential geometry and topology, Lie groups, finite groups,
imaging science, and singularity theory. |
| Kurt Bryan |
PDE's inverse and ill-posed problems, numerical methods for PDE's and integral equations, and
to some extent optimization and homogenization for PDE's, and the modeling aspects and applications. |
| Bill Butske |
algebraic geometry, number theory, endomorphism rings of Jacobians, Galois representations. |
| Steve Carlson |
General topology (uniform spaces, proximity spaces, extensions of spaces), surface topology,
fuzzy topology, and set theory. |
| Joe Eichholz |
numerical analysis, biomedical imaging, finite element methods, inverse problems, scientific computing, |
| Diane Evans |
probability and statistics, operations research. |
| David Finn |
partial differential equations, differential geometry, and the application of partial differential equations and differential geometry to mathematical physics, continuum mechanics, and imaging science. |
| Steve Galinaitis |
integral equations and associated inverse problems, hysteresis modeling, development of practical
models and controls for actuators that are based on shape memory alloys or piezoelectric materials. |
| Elton Graves |
numerical analysis, use of computer algebra systems in the classroom. |
| Ralph Grimaldi |
discrete mathematics - including combinatorics, graph theory, network theory, and applied algebra.
in particular, applications in computer science (analysis of algorithms, data structures, computer
architecture, and theory of computations. |
| Joshua Holden |
number theory and cryptography, in particular computational and algebraic number theory and
applications. |
| Allen Holder |
operations research, mathematical programming with applications in medicine and biology |
| Leanne Holder |
finite projective geometries |
| Mark Inlow |
lack of fit tests, binary response models, robust general modeling techniques, biostatistics,
statistical programming. |
| Vin Isaia |
intermediate asymptotic behavior of PDEs, group actions and self-similarity,
perturbative renormalization group and ODEs,
numerical simulation of hyperbolic CLs
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| Tanya Jaycay |
combinatorial semigroup theory, applications of algebra in cryptosystems algebraic combinatorics. |
| Tom Langley |
algebraic combinatorics. |
| Jeffery Leader |
numerical analysis, scientific computation, chaotic discrete dynamical systems, modeling. |
| David Rader |
discrete and combinatorial optimization; operations research. |
| John Rickert |
number theory, mathematics placement, problem solving competitions, and baseball statistical
analysis. |
| Yosi Shibberu |
hamiltonian dynamics, structural bioinformatics, protein dynamics, hidden Markov modeling. |
| Zhixu Su |
Geometric Topology / Algebraic Topology,
High dimensional manifolds,
Surgery theory |
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