ndimas@pikes.Colorado.EDU (Nicholas Dimas) (11/28/90)
Hi, I'm trying to find out some info about wavelet theory and how it's used in digital signal processing. Any suggestions would be greatly appreciated. Thank You Nicholas Dimas e_mail: ndimas@pikes.denver.colorado.edu
alk@hpspdra.HP.COM (Al Kovalick) (11/29/90)
/ hpspdra:comp.dsp / ndimas@pikes.Colorado.EDU (Nicholas Dimas) / 3:14 pm Nov 27, 1990 / <Hi, I'm trying to find out some info about wavelet theory <and how it's used in digital signal processing. Any suggestions <would be greatly appreciated. Thank You Nicholas Dimas e_mail: ndimas@pikes.denver.colorado.edu Regarding compactly supported wavlets: Try contacting Aware,Inc of Cambridge Mass. (617-577-1700). These guys specialize in wavelet transforms and applications. They will provide several references about wavlet theory. Especially good is the paper "Relatinship between Fourier and Wavlet transforms" by Resnifoff & Burrus. The theory is deep. Takes patience to see the light. Al Kovalick Hewlett-Packard alk@hpspd.spd.hp.com ----------
craigb@bhpmrl.oz.au (Craig Blundell) (11/30/90)
In article <4561@pikes.Colorado.EDU>, ndimas@pikes.Colorado.EDU (Nicholas Dimas) writes: > Hi, I'm trying to find out some info about wavelet theory > and how it's used in digital signal processing. Any suggestions > would be greatly appreciated. Try "The Wavelet Transform, Time-Frequency Localization and Signal Analysis," by Ingrid Daubechies, IEEE Trans. on Information Theory, IT-36, 5, 1990, p961-1005. Craig Blundell Department of Earth Sciences Monash University Clayton, Vic. 3168 AUSTRALIA Phone : +61-3-566-7450 FAX : +61-3-561-6709 ACSnet : craigb@merlin.bhpmrl.oz Internet: craigb%merlin.bhpmrl.oz@uunet.uu.net -- Craig Blundell Department of Earth Sciences Monash University Clayton, Vic. 3168 AUSTRALIA Phone : +61-3-566-7450 FAX : +61-3-561-6709 ACSnet : craigb@merlin.bhpmrl.oz Internet: craigb%merlin.bhpmrl.oz@uunet.uu.net
gabe@uxui.uucp (Gabe Nault ) (02/28/91)
A while ago there was some brief discussion regarding wavelets, I am wondering if anyone has implemented any real applications using wavelets. If so, are there are pitfalls to avoid or suggestions you might wish to make. I am aware of one application for VLP (ventricular late potentials) detection. Any others? Also is there any literature (I have Mallat and Dauchesies (sp) papers) which might be useful for a clear understanding of wavelets. Gabe