| W. Aquino: |
Inverse problems, computational non-destructive evaulation,
computational solid mechanics, large scale scientific computing,
elasticity imaging. |
| T. Berger: |
Information theory, data and video compression,
communication networks, random processes. |
| L. J. Billera: |
Algebraic combinatorics, discrete geometry. |
| R. G. Bland: |
Linear programming, combinatorial optimization, networks and
matroids. |
| A. W. Bojanczyk: |
Parallel numerical methods, matrix-based signal and image processing. |
| C. Bustamante: |
Statistical genetics/genomics, Bayesian statistics, computational
statistics, hierarchical models, MCMC, bioinformatics, comparative
genomics, computational biology. |
| D. A. Caughey: |
Computational fluid dynamics, aerodynamics. |
| H.-D. Chiang: |
Nonlinear circuits and systems, power systems, artificial neural
networks, control systems, optimization theory. |
| T. Coleman: |
Numerical optimization, computational finance, parallel computation. |
| R. Connelly: |
Geometry of discrete structures, configuration spaces, topology. |
| R. L. Constable: |
Theory of computing, applied logic, automated reasoning. |
| R. D'Andrea: |
Robust and optimal control. |
| D. F. Delchamps: |
Dynamical systems, control theory, stochastic systems, cognitive
science. |
| P. Diamessis |
Turbulence, mixing and internal gravity waves in stratified
flows, environmental fluid mechanics, interaction of hydrodynamics
with biology, computational fluid dynamics, spectral methods in
engineering computation and high performance parallel scientific
computing. |
| R. Durrett: |
Probability theory and their application to ecology and genetics. |
| E. B. Dynkin: |
Probability theory. |
| R. Elber: |
Scientific computing. |
| S. Ellner: |
Theoretical population biology and evolutionary biology. |
| V. Elser: |
Crystallography, quasicrystals, quasiperiodic minimal surfaces. |
| G. S. Ezra: |
Theoretical chemistry, chemical physics. |
| T. L. Fine: |
Artificial neural nets, foundations of probability, modeling
random phenomena. |
| E. Friedman: |
Game theory, information technology, cost allocation. |
| L. Gross: |
Analysis over infinite dimensional manifolds. |
| J. Guckenheimer: |
Dynamical systems, differential equations, mathematical biology. |
| Z. Haas: |
Wireless networks and mobile systems, ad hoc and sensor networks,
modeling of communication systems, application of communication
and networking to bio-systems. |
| J. Halpern: |
Reasoning about knowledge and uncertainty, qualitative reasoning,
(fault-tolerant) distributed computing, logic, game theory. |
| T. Healey: |
Nonlinear elasticity, nonlinear analysis, equivariant bifurcation
theory. |
| S. Hemami: |
Visual communication, application-specific image and video processing
and compression, multirate coding, joint optimization of network
and coding parameters. |
| S. Henderson: |
Discrete-event simulation, simulation and optimization, applications
in radiation oncology |
| Y. Hong: |
Econometric theory; economics of China. |
| J. H. Hubbard: |
Ordinary differential equations, iterations, fractals. |
| C.-Y. Hui: |
Fracture mechanics, high-temperature crack propagation, geomechanics,
asymptotic methods. |
| Doug L. James: |
Geometric and physical algorithms, computer graphics and animation,
haptic rendering, deformable models. |
| R. A. Jarrow: |
Mathematical finance. |
| J. T. Jenkins: |
Continuum mechanics, biomechanics, mechanics of granular materials. |
| C. R. Johnson: |
Adaptive receiver design for broadband communication technologies. |
| L.E. Jones: |
Theoretical population biology, theoretical ecology and ecological
modeling. |
| E. Kan: |
Physical modeling of semiconductor devices and processes, numerical
solvers for hybrid systems (EM, mechanical, and thermal). |
| J. Kleinberg: |
Algorithms, combinatorial optimization, computational geometry,
computational biology. |
| D. Koch: |
Fluid dynamics, stochastic processes in suspensions. |
| P.-S. Koutsourelakis |
Uncertainty quantification, stochastic simulation, random heterogeneous
materials, multiscale analysis and formulations, Bayesian inferencing. |
| D. Kozen: |
Theory of computation, computational complexity, program logic
and semantics. |
| U. Kreich: |
Bioinformatics, computational statistics. |
| S. Leibovich: |
Fluid dynamics. |
| S. A. Levin: |
Mathematical biology, ecology, epidemiology and evolutionary
theory. |
| A. Lewis |
Variational analysis and nonsmooth optimization with particular
interest in eigenvalue optimization. |
| P. L.-F. Liu: |
Fluid dynamics, nonlinear water waves. |
| R. Loring: |
Chemical applications of equilibrium and nonequilibrium statistical
mechanics. |
| M. Majumdar: |
Mathematical economics. |
| R. Manohar: |
Asynchronous VLSI design, computer architecture, concurrency
theory. |
| T. Mitra: |
Economic growth, infinite horizon dynamic optimization, chaotic
dynamical systems. |
| C. Myers: |
Systems biology, complex systems, computational science. |
| A. Nerode: |
Logic, recursive functions and computability, theoretical computer
science, hybrid systems, multiple agent autonomous control theory. |
| T. Parks: |
Digital signal processing, image enlargement, enhancement and
restoration. |
| R. Pass: |
Cryptography and its interplay with computational complexity
and game theory. |
| L. S. Phoenix: |
Probability models of the failure of materials. |
| S. B. Pope: |
Turbulence, combustion, computational fluid mechanics, stochastic
processes. |
| P. Protter: |
Financial asset pricing theory and credit risk, stochastic analysis
and numerical analysis, weak convergence, Markov processes. |
| R. H. Rand: |
Differential equations, dynamical systems, biomechanics. |
| J. H. Renegar: |
Complexity of algorithms, mathematical programming. |
| S. I. Resnick: |
Applied probability, extreme values, data network modeling,
heavy tails and long range dependence. |
| P. Rusmevichientong: |
Data mining, probabilistic inference and decentralized decision-making
|
| L. Saloff-Coste: |
Analysis, potential theory, stochastic processes. |
| G. Samorodnitsky: |
Applied probability, stable processes, long range dependence,
communication networks, financial models, risk theory. |
| A. Schatz: |
Numerical analysis, partial differential equations. |
| B. Selman: |
Artificial intelligence and experimental computer science. |
| J. Sethna: |
Theoretical condensed-matter physics, materials science, spatially
extended dynamical systems. |
| D. Shalloway: |
Algorithms for perturbative protein folding and dynamics. |
| K. Shell: |
Economic theory and mathematical economics. |
| A. Shied: |
Applied probability, financial engineering, stochastic analysis |
| D. Shmoys: |
Analysis of algorithms, combinatorial optimization, approximation
algorithms, computational biology. |
| C. Shoemaker: |
Numerical optimization, stochastic dynamic programming, heuristic
optimization, applications to environmental systems. |
| J. Smillie: |
Dynamical systems. |
| J. R. Stedinger: |
Risk analysis, stochastic hydrology, water resource systems. |
| P. H. Steen: |
Hydrodynamic stability, nonlinear fluid dynamics. |
| M. Stillman: |
Algebraic geomety, computational algebra and algebraic geometry,
commutative algebra. |
| S. Strogatz: |
Nonlinear dynamics; applications in physics, engineering, and
biology. |
| A.O. Tang |
Communication networks, control and dynamical systems, optimization,
game theory and their applications, stochastic processes and networks. |
| E. Tardos: |
Design and analysis of algorithms, with emphasis on combinatorial
optimization and their applications to various problems. |
| J. S. Thorp: |
Optimal control with application to power systems and micromechanics. |
| M. J. Todd: |
Continuous optimization, interior-point methods, mathematical
programming. |
| L. Tong: |
Network and Information theory, detection and estimation, statistical
methods and algorithms. |
| H. Topaloglu: |
Stochastic programming, approximate dynamic programming, stochastic
approximation algorithms. |
| L. E. Trotter: |
Discrete optimization, parallel computing. |
| C. F. Van Loan: |
Matrix computations. |
| S. A. Vavasis: |
Numerical analysis, optimization. |
| A. Vladimirsky: |
Numerical methods, dynamical systems, nonlinear PDEs, control
theory. |
| A. Wagner: |
Information theory, communication and compression, networking,
computational linguistics, security |
| L. B. Wahlbin: |
Numerical analysis of partial differential equations. |
| J. Wang: |
Fluids in physics and biology, biomathematics, statistical physics,
scientific computing and modeling. |
| S. Weber: |
Applied probability, mathematical finance |
| S. Wicker: |
Wireless information networks, digital communication systems,
error control coding. |
| B. Widom: |
Physical chemistry, statistical mechanics. |
| D. Williamson: |
Combinatorial optimization, approximation algorithms, information
networks. |
| D.
Winkler: |
Life history theory, models of dispersal. |