http://www-mddsp.enel.ucalgary.ca/
Their research group focuses on the theory and applications of multidimensional (MD) signal processing. Current and past work has been internationally and nationally recognized and has received a number of international and national awards.
They carry out research on such topics as:
Reduced complexity 2D/3D Fan/Cone FIR Filters for plane wave filtering and beamforming
Synthesis, design and real-time VLSI circuit implementations of 2D, 3D and 4D filters, including 3D Cone Filter Banks, for selectively filtering or jamming of spatio-temporal plane waves and beamforming
Enhancement of and tracking of objects in video sequences using 2D, 3D and 4D filters
object extraction from 4D lightfields using 4D filters
Real-time enhancement and jamming of sampled broadband spatio-temporal plane waves using Analog 2D and 3D filters
Adaptive 2D and 3D filters for Tracking Objects in Video Sequences and in Acoustical Images
3D modeling of Human Faces for Videoconferencing
Real-time enhancement of Damaged Movie Films
Real-time Data Hiding in and Watermarking of Video Sequences
Lossless Image Compression of Color Video Sequences
Image Compression Using Fractal Block Processing (see Michael Lazar' s page)
Simulation and Design Tools for 1D, 2D and 3D Filter Design (see Chris Kulach' s page)
Velocity Estimation for Objects in Video Sequences Using 3D Filters (see Norm Bartley' s page)
Analog and Digital Real-Time Video Filter Circuit Instrumentation (see Chris Kulach' s page)