Professor |
Areas of interest |

A. Alaca | Number theory. |

S. Alaca | Number theory, cryptography, elliptic curves. |

D. Amundsen | Applied mathematics, differential equations, numerical analysis, photonics, fluid mechanics, nonlinear dynamics. |

Y. Billig | Algebra, solitons, cryptography. |

I. Bumagin | Group theory and applications, algorithmic problems, group based cryptography. |

L. Campbell | Applied mathematics, fluid dynamics, numerical and analytic methods for partial differential equations. |

K. Cheung | Operations research, correctness of computed results, mathematical software. |

J. Crann | Harmonic analysis, operator algebras, quantum information theory. |

M. Csorgo | Probability Theory, Stochastic Processes, Mathematical Statistics. |

P. Farrell | Applied statistics, computational statistics, discrete data, sampling. |

B. Fodden | Number Theory, Set Theory, and Mathematical Logic. |

Z. Gao | Graph theory, combinatorics, Mathematics of Gambling. |

M. Huang | Stochastic Systems, Stochastic Control, Game Theory, Distributed Multi-agent co-ordination, Optimization in Communication Networks |

C. Ingalls | Algebraic Geometry, Noncommutative Algebra |

W. Jaworski | Analysis, topological groups and Lie groups, theoretical probability. |

E. Lorin | Applied Mathematics, Mathematical and Computational Physics, Numerical Analysis. |

S. Melkonian | Analysis, differential equations. |

P. Mezo | Algebra, number theory and Lie groups. |

S.E. Mills | Applied statistics, data mining and knowledge discovery in databases, data visualization. |

A. Mingarelli | Ordinary differential equations, difference equations, celestial mechanics, chaos, fractals, fuzzy cellular automata, History of Mathematics. |

A. Momeni | Optimal Mass Transportation, Partial Differential Equations and Nonlinear Analysis. |

J. Nielsen | Functional Data Analysis, Longitudinal Data Analysis, Mixture Models, Computational Statistics/Numerical Analysis |

M. Neufang | Analysis: functional analysis, harmonic analysis; topology; dynamical systems. |

M. Ould Haye | Probability, statistics, time series. |

D. Panario | Finite fields and their applications, combinatorics, analysis of algorithms. |

J. Pandey | Distribution Theory, Wavelet Theory of Functions and distributions covering (a) Discrete Wavelet Transform (b) Continuous Wavelet Transform. |

C. Park | Multiple comparison, ordered categorical data analysis, dependent random vector generation. |

S. Sinha | Biostatistics, design of experiments, linear and nonlinear regression, robust estimation. |

C. Starling | Aperiodic Tilings, Analysis, Dynamical Systems, Semigroups. |

N. Stepanova | Statistical inference. |

B. Stevens | Designs, Gray codes, graph theory, mathematical biology, mathematical literature, and math of the Rubik’s cube. |

B. Szyszkowicz | Weighted approximations of stochastic processes. |

S. Wang | Finite fields and applications to combinatorics, coding theory and cryptography; pseudorandom sequences. |

Y. Zhao | Applied probability and applications in telecommunications. |