Research Catalog

Digital signal processing with C and the TMS320C30

Title: Digital signal processing with C and the TMS320C30 / Rulph Chassaing.
Author: Chassaing, Rulph.
Publication: New York : Wiley, ©1992.

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Status	Format	Access	Call Number	Item Location
Request for On-site Use Request Scan How do I pick up this item and when will it be ready?	Text	Use in library	TK5102.5 .C472 1992	Off-site

Details

Description

xv, 415 pages : illustrations; 25 cm +

Summary

"Special purpose microprocessors such as the TMS320 family of processors have been used in digital signal processing (DSP) since the early 1980s when the first devices were introduced. These devices, made possible through advances in integrated circuits, are used in a wide range of applications such as speech processing, telecommunications, and instrument design. These devices have also found their way into the university classroom where they provide an economical way to introduce signal processing to students." "Digital Signal Processing with C and the TMS320C30 introduces the principle, and applications of DSP using the TMS320C30 - a state-of-the-art digital signal processor designed by Texas Instruments. The book was developed at Roger Williams College where the author teaches. It is intended primarily for senior and first-year graduate students in electrical and computer engineering and as a tutorial for the practicing engineer. The requisite background for students is an electrical engineering system course, a knowledge of assembly language, and high-level language such as C." "The book explains difficult concepts using a practical approach and easy-to-read writing style. Most chapters begin with a theoretical discussion followed by representative examples (a total of 85 examples are provided). Programming examples using both C and TMS320C30 code are included throughout the text. The text includes a disk containing the programs discussed by the author as well as a "homemade" filter design package." "This book is written with the conviction that the principles of DSP can best be learned through interaction in a laboratory setting. The student will appreciate the concepts of DSP through real-time implementation of experiments and projects in a laboratory environment. This book also will be very useful for the professional who is familiar with both DSP and C programming but who is not necessarily an expert in both."--Jacket.

Series Statement

Topics in digital signal processing

Uniform Title

Topics in digital signal processing.

Subject

Note

"A Wiley-Interscience Publication."
System requirements for computer disk: IBM AT compatible (or IBM XT, ISA bus) with coprocessor able to use commercial filter design packages and Texas Instruments EVM evaluation module based on TMS320C30 digital signal processor; PC/MS-DOS; assembler, linker, and C compiler (all versions 4.4) and simulator (version 1.3); oscilloscope, function generator, signal analyzer (all optional).
Includes index.

System Details (note)

System requirements for computer disk: IBM AT compatible (or IBM XT, ISA bus) with coprocessor able to use commercial filter design packages and Texas Instruments EVM evaluation module based on TMS320C30 digital signal processor; PC/MS-DOS; assembler, linker, and C compiler (all versions 4.4) and simulator (version 1.3); oscilloscope, function generator, signal analyzer (all optional).

Contents

1. Digital Signal Processing Development System -- 2. TMS320C30 Digital Signal Processor -- 3. Altenative Input/Output and Extended Development System -- 4. Finite Impulse Response Filters -- 5. Infinite Impulse Response Filters -- 6. Fast Fourier Transform -- 7. Adaptive Filters -- 8. Real-Time Digital Signal Processing Applications with C and the TMS320C30: Student Projects -- Introduction to C Programming -- B Instruction Set, Registers, and Memory Maps -- C Digital Signal Processing Tools -- D Burr-Brown Analog Evaluation Fixture -- E Extended Development System -- F Programs for Multirate Filter and Video Line Rate Analysis Projects.

ISBN

0471557803
9780471557807
0471577774
9780471577775

LCCN

92010635

OCLC

ocm25629121
25629121
SCSB-9302218

Owning Institutions

Princeton University Library