mac@harris.cis.ksu.edu (Myron A. Calhoun) (09/22/89)
As a long-time EE who was apparently asleep when DSP was first
bally-hoo'ed, I don't know where/how to begin learning about it.
Any suggestions? Good beginner's book(s). Good application note(s)?
Any "Educational Learner's Kits"?
HELP!
--
Myron A. Calhoun, PhD EE, W0PBV, (913) 532-6350 (work), 539-4448 (home).
INTERNET: mac@ksuvax1.cis.ksu.edu
BITNET: mac@ksuvax1.bitnet
UUCP: ...{rutgers, texbell}!ksuvax1!harry!macdean@image.soe.clarkson.edu (Dean Swan) (09/22/89)
From article <0xe26@deimos.cis.ksu.edu>, by mac@harris.cis.ksu.edu (Myron A. Calhoun): > As a long-time EE who was apparently asleep when DSP was first > bally-hoo'ed, I don't know where/how to begin learning about it. > Musical Applications of Microprocessors, by Hal Chamberlin This book is a GREAT place to start. It explains a lot of things like Digital Filters, Fourier Transforms, Homomorphic Analysis, and the like in fairly simple terms, and includes examples of a lot of the algrithms in BASIC. It's a good place to start and deals with a lot of practical issues like CPU bandwidth, word length limitations, etc. -Dean Swan dean@sun.soe.clarkson.edu
gene@ntvax.uucp (Gene De Lisa) (10/03/89)
In article <0xe26@deimos.cis.ksu.edu> mac@harris.cis.ksu.edu (Myron A. Calhoun) writes: >As a long-time EE who was apparently asleep when DSP was first >bally-hoo'ed, I don't know where/how to begin learning about it. >Any suggestions? Good beginner's book(s). Good application note(s)? my $.02 worth: Robert Strum "1st principles of discrete systems and dsp" addison -wesley1988 a dsp text that is actually readable. -- Gene De Lisa gene@dept.csci.unt.edu