Multiresolution Signal and Geometry Processing
Multirate signal processing, upsampling, downsampling, sampling rate coversion, polyphase techniques, multirate fliter banks, multiresolution signal representations, wavelets, digital geometry processing, polygon meshes, subdivision surfaces/wavelets, efficient multiresolution signal processing. Applications in data compression, computer graphiccs/animation, geometric modeling, communications, and signal processing. Students are required to complete a project.
Note: Credit will be granted for only one of 586, 486.
Prerequisites: 310 or equivalent.
Graduate course in the Electrical Engineering program administered by the Faculty of Graduate Studies.