Description - Coding Techniques by Graham Wade
Coding techniques: An Introduction to Compression and Error Control provides a unique collation of compression, transmission, and error control coding techniques. At the start of the 21st century these techniques have matured into complex signal compression algorithms, such as MPEG video coding, and into complex error correction algorithms as found in Turbo codes. Coding techniques are in widespread use, from the simple methods found in facsimile and Teletext, to lossless and lossy file storage on disk, to low bit rate videophones, to JPEG, JBIG, and wavelet image compression. They are also found in digital recording, CELP speech coders for personal communications, video watermarking, radio data systems, and coding for deep space transmission from satellites. This book provides the theoretical basis for these and similar coding techniques.
* Highly readable introduction to the complex subject of coding * An uncluttered mathematical approach * Comprehensively illustrated with 119 examples and 194 diagrams * One of the few books to cover both compression and error control This new textbook commences at a fundamental level, and covers most compression and coding material found in undergraduate engineering courses. It also includes advanced material and design tables and so will be a useful reference for postgraduate students and engineers in industry.
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(234mm x 156mm x 21mm)
Publisher: Palgrave Macmillan
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Book Reviews - Coding Techniques by Graham Wade
Author Biography - Graham Wade
GRAHAM WADE is currently Principal Lecturer and Head of Communications in the School of Electronic, Communications and Electrical Engineering, University of Plymouth. He trained as an engineer with the BBC, gained an MSc from UMIST in 1968 and worked as a research engineer with Philips Research Laboratories from 1968-1972. In 1975 he gained a PhD in Digital Video Processing. His research interests are in spread-spectrum-based watermarking, the application of Turbo codes, speech transmission over the Internet, multiplierless digital filters, image processing, and OFDM systems.