| Abelian and non-abelian lattices | W.E. Couch |
| Bayesian Statistics and Computation | Uthmani Ambawattage, Rob Deardon, Tianxia Jia, David Scollnik, Thierry Chekouo |
| Markov Chain Monte Carlo and Related Simulation Methods | Thierry Chekouo , Rob Deardon, David Scollnik |
| Application of bootstrap techniques to approximate unknown limit distributions | Murray Burke |
| Applications to medicine and healthcare, optimal radiation therapy design | Yuriy Zinchenko |
| Assessment of diagnostic tests | Alexander de Leon |
| Asymptotic theory for goodness-of-fit-type statistics | Murray Burke |
| Bayesian statistics and its applications | Thierry Chekouo |
| Biomedical applications of mathematics | Antony Ware |
| Biostatistics | Ariel Ghislain Kemogne Kamdoum |
| Chromatic number problems and Ramsey properties | Robert Woodrow |
| Continuum Mechanics | Ben Aggarwala |
| Control Theory | Jinniao Qiu |
| Convexity | Karoly Bezdek |
| Copula models | Alexander de Leon |
| Covers for curves | Jonathan Schaer |
| Cutsets and fibres in partial orders | Bill Sands |
| Decision theory: investigation of optimal strategies in sequential decision problems extended to multiple players and the problem is reformulated in terms of game theory | Ernest Enns |
| Degenerate Elliptic Equations | Cristian Rios |
| Delay differential equations | Elena Braverman |
| Delay equations of population dynamics | Elena Braverman |
| Development of convex d-polytopes whose facial structure is determined by a total ordering of vertices | Ted Bisztriczky |
| Differential equations of an unusual type, e.g. containing discontinuous or set-valued right hand sides, with application to control theory | Paul Binding |
| Differential topology, the span of smooth manifolds | Peter Zvengrowski |
| Discrete Mathematics | Ryan Morrill, Mike Stone |
| Diverse problems of linear algebra and its applications, perturbation theory | Peter Lancaster |
| Edge colouring in graphs | Bill Sands |
| Eigenvalue problems of an unusual type, e.g. containing several parameters, or of indefinite type; sample problems include oscillation of eigenfunctions, variational principles and asymptotics. | Paul Binding |
| e-Learning systems | Claude Laflamme |
| Emperical process | Gemai Chen |
| Empirical likelihood | Xuewen Lu |
| Endomorphisms | Mike Stone |
| Energy Modeling | Anatoliy Swishchuk |
| Enumeration in partial orders and lattices | Bill Sands |
| Equations with distributed delay | Elena Braverman |
| Estimating functions and estimating equations | Alexander de Leon |
| Evolutionary Equations | Cristian Rios |
| Extreme-value analysis | Gemai Chen |
| Functional data analysis | Thierry Chekouo |
| Functional data analysis methods applied to human gait. | Peter Ehlers |
| Function theory | Peter Zvengrowski |
| Fundamental groups of compact Kahler manifolds | Alex Brudnyi |
| Generalized linear/additive models and mixed models | Xuewen Lu |
| Generalized Linear Models | Hua Shen, Uthmani Ambawattage |
| Geometric Analysis and Rigidity | Karoly Bezdek |
| Global bounds on asymptotic bias and gross errors sensitivity | John Collins |
| Global properties of closed curves and surfaces | Jonathan Schaer |
| Goodness of fit | Gemai Chen, Claudia Mahler |
| Graph theory | Richard Guy, Norbert Sauer, Claude Laflamme |
| Graph theory, map colourings | Peter Zvengrowski |
| Hardware devices | Hugh Williams |
| High dimensional data analysis, survival analysis | Gemai Chen |
| High Performance Computing and Scientific Computation | Wenyuan Liao |
| HIV/AIDS | Ben Aggarwala |
| Homogeneous structures and their applications to infinite group actions | Robert Woodrow |
| Homological algebra | Kristine Bauer |
| Identities in Transformation Monoids | Mike Stone |
| Impulsive equations | Elena Braverman |
| Integrable Systems | W.E. Couch |
| Inverse modeling & Indudstrial applications(particularly, oil reservoir simulation) | Wenyuan Liao |
| Joint models | Alexander de Leon |
| K-theory | B. Brenken |
| Laplace sequence | W.E. Couch |
| Limit cycles and the distribution of zeros of families of analytic functions | Alex Brudnyi |
| Local inequalities for holomorphic and plurisubharmonic functions | Alex Brudnyi |
| Logistic equations | Elena Braverman |
| Markovs inequality on sets with cusps and its relation to other phenomenon such as Sobolev-type inequalities and the extension of C (infinity) functions | Len Bos |
| Mathematical Cryptology | Renate Scheidler |
| Mathematics Education | Claudia Mahler, Mike Stone |
| Maximal ideals of the space of bounded analytic functions and matrix-valued corona theorem | Alex Brudnyi |
| Methods for correlated data | Alexander de Leon |
| Minimax asymptotic variance theory | John Collins |
| Minimum distance estimation | Bowei Ding |
| Minimum energy problems for musculoskeletal models. | Paul Binding |
| Mixed effects models | Alexander de Leon |
| Mixture models | Bowei Ding, Na Zhang |
| Modelling Biological Systems | Rob Deardon |
| Models for mixed discrete and continuous outcomes | Alexander de Leon |
| Monge-Ampere Equations | Cristian Rios |
| My research interests are in the general areas of global Analysis and Differential Geometry, and more specifically in applications of modern analysis to questions in Hamiltonian mechanics and Differential Geometry | Larry Bates |
| Noncommutative rings, especially classes of exchange rings | W. Keith Nicholson |
| Non-linear time series modelling of environmental changes | Gemai Chen |
| Numerical analysis | Antony Ware, Faezeh Bahadorirad, Mohammed Aiffa |
| Numerical Methods for PDE | Wenyuan Liao |
| Numerical solution of partial differential equations | Faezeh Bahadorirad, Yicheng Wu |
| Numerical Solution of PDEs | Luca Lalor, Md Hasib Uddin Molla |
| Numerical solution of unsteady convection-diffusion problems | Antony Ware |
| ODEs | Cody Lennon Holder |
| Operations research | Jinniao Qiu, Deniz Sezer, Yuriy Zinchenko, Ernest Enns |
| Operations research, optimization algorithms and software | Yuriy Zinchenko |
| Operator Algebras | B. Brenken, Ryan Hamilton |
| Ordered sets and applications | Robert Woodrow |
| Ordinary and Partial Differential Equations | Ben Aggarwala |
| Parametric & Non-parametric regression | Gemai Chen |
| Partially ordered sets | Norbert Sauer |
| Population Biology | Ben Aggarwala |
| Probability Theory | Deniz Sezer, JIANG LI |
| Pseudo- and composite likelihood methods | Alexander de Leon |
| Quality Control | Gemai Chen |
| Quasilinear and Fully Nonlinear Partial Differential Equations | Cristian Rios, Jinniao Qiu |
| Ramsey theory | Norbert Sauer |
| Reduction theory | Larry Bates |
| Regression/Logistic regression models | Claudia Mahler |
| Relational structures | Norbert Sauer |
| Reliability Theory | Wenjun Jiang, Xuewen Lu |
| Renewal Risk Processes | Rohana Ambagaspitiya |
| Robust estimation theory for location, scale and regression models | John Collins |
| Sample survey | Gemai Chen |
| Scientific parallel computing and high-performance linear algebra | Yuriy Zinchenko |
| Seismic Inversion & Applications | Wenyuan Liao, Yicheng Wu |
| Set theory | Norbert Sauer, Claude Laflamme |
| Spectral methods of numerical analysis | Md Hasib Uddin Molla |
| Statistical genetics | Ariel Ghislain Kemogne Kamdoum, JiayI Bian |
| Statistical problems in medicine | Alexander de Leon |
| Stochastic Calculus | Jinniao Qiu |
| Stochastic geometry; distributions of the lengths of random secants and rays in n-dimensional convex regions generated in one region and terminating in another; | Ernest Enns |
| Stochastic Orders and Dependence Structures | Wenjun Jiang |
| Study of clean rings and their relationship to unit regular and stable rings | W. Keith Nicholson |
| Survival analysis | JIANG LI |
| Survival analysis and randomly censored data | Murray Burke, Xuewen Lu |
| Tangent categories | Florian Schwarz |
| Tangential Markov/Bernstein inequalities on manifolds | Len Bos |
| Tests for semi-parametric models | Murray Burke |
| The analysis of numerical methods relevant to spectral and factorization problems for matrix and operator functions stimulated by problems in the theory of vibrations, systems theory and control | Peter Lancaster |
| Theoretical physics, relativistic kink theory | Peter Zvengrowski |
| Theory of homogeneous structures | Claude Laflamme, Norbert Sauer |
| Theory of Relations (a branch of model theory in mathematical logic, and its applications to combinatorics) | Robert Woodrow |
| The profile of a relational structure and the spectra of ages | Robert Woodrow |
| The solution of linear and nonlinear equations in matrices and operators. | Peter Lancaster |
| Topology of 3-manifolds | Peter Zvengrowski |
| Universal algebra | Norbert Sauer |
| Wavelets | Antony Ware |
| We are continuing the study of Hamiltonian systems with nonholonomic constraints. | Larry Bates |
| Weighted splines and minimum norm networks | Len Bos |
