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Of related interest Digital Telephony John Bellamy "As a departure from conventional treatment of communication theory, the book stresses how systems operate and the rationale behind their design, rather than presenting rigorous analytical formulations." --Telecommunications Journal Both a reference for telecommunication engineers and a text for graduate level engineering and computer science students, this book provides an introduction to all aspects of digital communication, with emphasis on voice digitization, digital transmission, digital switching, network synchronization, network control, and network analysis. Its aim is to present system level design considerations, and then relate the specific equipment to telephone networks around the world, particularly North America. 526 pp. (0 471-08089-6) 1982 A Reference Manual for Telecommunications Engineering Roger L. Freeman Here's a comprehensive reference for those who design, build, purchase, use, or maintain telecommunications systems, offering the only system design database devoted exclusively to the field. It pulls together a vast amount of information from such diverse sources as CCITT/CCIR, EIA, US Military Standards and Handbooks, NBS, BTL/ATT, REA, and periodicals and monographs published by over twenty principal manufacturers. Covers telephone traffic, transmission factors in telephony, outside plant-metallic pair systems, noise and modulation, radio-frequency data and regulatory information, facsimile transmission, and more. 1504 pp. (0 471-86753-5) 1985
List of contents
Modem Marketing.
Base-band Transmission.
Pass-band Transmission and Modulation Methods.
Receiver Strategies and Components.
Carrier Recovery.
Timing Recovery.
Linear Adaptive Equalizers.
Nonlinear Equalizers.
Coding Used for Forward-acting Error Correction.
Full-duplex Operation.
The Ancillary Functions Needed to Make a Full Data Set.
Appendix I: Some Useful Computer Programs.
Appendix II: Simple Diagnostic Tests.
Index.
About the author
About the author JOHN A. C. BINGHAM received a BSc from Imperial College, London, in 1956, and an MSEE from Stanford University in 1961. He has worked for twenty years in data transmission--primarily concerned with the telephone network. In 1972 at Vadic Corporation, he invented the VA3400, the first full-duplex 1200 bit/s modem, which ushered in a new era of high-speed, full-duplex data transmission. Until 1985, he was manager of the Advanced Development department of Racal-Vadic, a Milpitas, California subsidiary of Racal Electronics PLC, specializing in modems and multiplexers. He is a senior member of the IEEE, has written about thirty technical papers, and holds five U.S. patents. He is currently an independent consultant, interested in extending the principles of data transmission to other fields, such as magnetic recording.
Summary
Using simple mathematics, this text explains the theory and practice of modem design. The text concentrates on linear techniques of modulation methods, with discussion of how other techniques (such as MSK, CPM and TFM) can be understood and implemented more simply by linear models.
