| Faculty |
Subject |
| Fady Alajaji |
Information and communication theory, data compression, joint source-channel coding, error control codes |
| Gunnar Blohm |
Artificial neural networks, Neuronal spike coding, Clifford algebra (dual quaternions), Bayesian statistics, Systems identification and control theory, Large-scale spiking neuronal models, Sensory-motor neuroscience |
| Mark Green |
Bridge-vehicle
dynamics, repair of structures with fibre reinforced polymer (FRP)
materials, prestressing applications of FRP materials, fire resistance
of structures, smart and adaptive materials for structures, control of
structural vibrations |
| Martin Guay |
Control theory, Process Control, Applied Statistics |
| Navin Kashyap |
Coding
theory, information theory, symbolic dynamics, data compression,
discrete mathematics, applications to digital data storage |
| Andrew Lewis |
Geometric mechanics, geometric control theory |
| Tamas Linder |
Communications, source/channel coding, data compression, information theory; statistical pattern recognition |
| Abdol-Reza Mansouri |
Nonlinear control theory, image processing |
| Jim McLellan |
Nonlinear control, modelling of nonlinear chemical processes, measures of nonlinearity |
| Andrew Pollard |
Turbulence and fluid dynamics, numerical analysis, high performance computing |
| Glen Takahara |
Communication theory, communication networks, queueing theory |
| David Thomson |
Solar oscillations and space physics, cellular phone systems, signal processing, special functions |
| Serdar Yüksel |
Stochastic and decentralized control, information theory, applied probability |
