Microprocessor-Based Parallel Architecture for Reliable Digital Signal Processing Systems (CRC Press Computer Engineering Series)

George, Alan D.; Hawkes, Lois Wright

ISBN 10: 0849371767 / ISBN 13: 9780849371769

Published by CRC Press, Inc., Boca Raton, FL, U.S.A., 1992

About this Item

Hardcover with very slight signs of corner wear and contents in very good clean condition. Previous owner's name on FEP. Profusely illustrated by diagrams and tables. No dust jacket. T. Seller Inventory # 249199

Bibliographic Details

Title: Microprocessor-Based Parallel Architecture ...

Publisher: CRC Press, Inc., Boca Raton, FL, U.S.A.

Publication Date: 1992

Binding: hardcover

Condition: Very Good

Dust Jacket Condition: No Dust Jacket

Edition: First Edition, First Printing.

Book Type: Used

About this title

Synopsis:

This book presents a distributed multiprocessor architecture that is faster, more versatile, and more reliable than traditional single-processor architectures. It also describes a simulation technique that provides a highly accurate means for building a prototype system in software. The system prototype is studied and analyzed using such DSP applications as digital filtering and fast Fourier transforms. The code is included as well, which allows others to build software prototypes for their own research systems.

The design presented in Microprocessor-Based Parallel Architecture for Reliable Digital Signal Processing Systems introduces the concept of a dual-mode architecture that allows users a dynamic choice between either a conventional or fault-tolerant system as application requirements dictate. This volume is a "must have" for all professionals in digital signal processing, parallel and distributed computer architecture, and fault-tolerant computing.

Synopsis:

For all professionals in signal processing, parallel and distributed computer architecture, and fault-tolerant computing, this book presents a new distributed multiprocessor architecture which is faster and more versatile than traditional single-processor architectures.