Title:    Wavelets   (Lecture)

Time: Tuesday, March 16, 3:45 PM - 5:45 PM

Location:    Tucson 6

Chair: Richard G. Baraniuk    (Rice University and Isaac Newton Institute, Cambridge University)

3:45 PM    SPTM-3.1
A Discrete-Time Wavelet Transform Based on a Continuous-Dilation Framework
Wei Zhao (DIVX), Raghuveer M Rao (Electrical Engineering Department, Rochester Institute of Technology)
[abstract]  [manuscript]

4:00 PM SPTM-3.2
Multiwavelet Systems with Disjoint Multiscaling Functions
Felix C Fernandes, Charles S Burrus (Rice University)
[abstract]  [manuscript]

4:15 PM SPTM-3.3
Cardinal Multiwavelets and the Sampling Theorem
Ivan W Selesnick (Polytechnic University)
[abstract]  [manuscript]

4:30 PM SPTM-3.4
Theory of Wavelet Transform Over Finite Fields
Faramarz Fekri, Russell M Mersereau, Ronald W Schafer (Georgia Institute of Technology)
[abstract]  [manuscript]

4:45 PM SPTM-3.5
Least and Most Disjoint Root Sets for Daubechies Wavelets
Carl Taswell (Computational Toolsmiths)
[abstract]  [manuscript]

5:00 PM SPTM-3.6
Shift Invariant Properties of the Dual-Tree Complex Wavelet Transform
Nick G Kingsbury (Dept. of Engineering, University of Cambridge, UK)
[abstract]  [manuscript]

5:15 PM SPTM-3.7
A Special Class of Orthonormal Wavelets: Theory, Implementations, and Applications
Lixin Shen, Jo Yew Tham, Seng Luan Lee, Hwee Huat Tan (Department of Mathematics, National University of Singapore, 10 Kent Ridge Crescent, Singapore 119260)
[abstract]  [manuscript]

5:30 PM SPTM-3.8
A New Multifilter Design Property for Multiwavelet Image Compression
Jo Yew Tham, Lixin Shen, Seng Luan Lee, Hwee Huat Tan (Department of Mathematics, National University of Singapore, 10 Kent Ridge Crescent, Singapore 119260)
[abstract]  [manuscript]

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Last Update: February 4, 1999 Ingo Höntsch