Name
|
Research Area
|
| Faiz Al-Rubaee |
Low-dimensional topology and knot theory
|
| Beyza Aslan |
Lightning modeling and data analysis, PDE's, applied PDE's, and numerical analysis |
Denis Bell
|
Stochastic analysis, measures on vector spaces |
| Devrim Bilgili |
|
| Adel Boules |
Numerical partial differential equations, matrix computations, linear programming. |
Elena Buzaianu
|
Ranking and selection, multiple comparisons, sequential analysis |
Malgorzata Czwerinska
Michelle Dedeo
|
Analytic number theory, number theoretic approaches to graph theory
|
| Daniel Dreibelbis |
Geometry, differential geometry, singularity theory |
| Raluca Dumitru |
C*-algebras, quantum groups, von neumann algebras, k-theory, dynamical systems. |
Jose Franco
Daniela Genova
|
Biomolecular computing, formal language theory, structural graph theory
|
| James Gleaton |
Analysis of quantitative data, statistics |
| Sami Hamid |
Operator theory, functional analysis |
| Ognjen Milatovic |
Partial differential equations, spectral theory of partial differential operators |
| Donna Mohr |
Applications of statistics, time series, growth curves |
| Richard Patterson |
Summability |
| Mahbubur Rahman |
Stochastic differential equations, computational mathematical biology, numerical analysis and scientific computing |
| Ping Sa |
Linear models, response surface methodology, statistical inference |
| Pali Sen |
Stochastic models, deterministic models, estimation theory |
| Jingcheng Tong |
General topology, number theory, analysis |
| Kening Wang |
Numerical analysis, scientific computing, finite element methods, domain decomposition methods and their parallel implementation, discontinuous galerkin methods, time-harmonic maxwell equations |
| Peter Wludyka |
Industrial statistics, statistical methods useful in quality improvement |
| Mei-Qin Zhan |
Applied mathematics, partial differential equations, numerical analysis |
| Qiang Zhen |
|
