Atm Technology For Broadband Telecommunications Networks

This textbook presents all the latest information on all aspects of each important component of ATM - the hottest telecommunications technology of this decade. It demonstrates how ATM internetworks several incompatible telecommunications technologies and provide the high-speed, high bandwidth backbone network that the entire telecom industry is converging toward.

The modern telecommunications world is a complicated place, overloaded with jargon and bewilderingly full of different technical options and opportunities. Many experts are only experts of small domains and within limited geographies. For newcomers it is often difficult to gain a grasp on the basic principles and even harder to unravel the mysterious technical paradoxes and the apparent contradictions of many modern technologies. My greatest hope in writing this book is that you, the reader, will find help and insight amongst its pages. I wish for no greater commendation than your thoughts that you find the subject of A TM presented here in an accessible and readable form. I hope also that the comprehensive glossary will remain with you, as your wayfinder through all that jargon! Martin P. Clark Frankfurt, Germany 20 December 1995 Acknowledgements No book on Asynchronous Transfer Mode (ATM) could fail to recognize the invaluable contribution to this technology and to world standardization as a whole made by the International Telecommunications Union and the ATM Forum, and you will find references to their work throughout the text. Particular copyright extracts are labelled accordingly, but the full texts may be obtained (as relevant) from ITU Sales and Marketing Service, Place des Nations, CH-1211 Geneva 20, Switzerland or from ATM Forum, 2570 West EI Camino Real, Suite 304, Mountain View, California CA 94040, USA.

Describes and explains the main features of a broadband computer network using asynchronous transfer mode, as compiled by the RACE program of the European Community. Explores the principles, network performance and structure, evolution, and other aspects from a network, rather than technical, perspective. The approach has been getting a lot of attention for its potential to add video and multimedia to computer networks. Distributed by INSPEC. Annotation copyright by Book News, Inc., Portland, OR

Explains how ATM fits into WANs and LANs with chapters on architecture, switching elements, and traffic management. The second edition covers new ATM enhancements, including MPOA, LAN emulation, frame-based ATM, layer 3 switching, and wireless ATM. Intended for systems engineers. Annotation copyrighted by Book News, Inc., Portland, OR.

With quantum leaps in science and technology occurring at breakneck speed, professionals in virtually every field face a daunting task-practicing their discipline while keeping abreast of new advances and applications in their filed. In no field is this more applicable than in the rapidly growing field of telecommunications engineering. Practicing engineers who work with ATM technology on a daily basis must not only keep their skill sharp in areas such as ATM network interfaces, protocols, and standards, but they must also stay informed, about new classes of ATM applications. A Textbook on ATM Telecommunications gives active telecommunications engineers the advantage they need to stay sharp in their field. From the very basics of ATM to state-of-the-art applications, it covers the gamut of topics related to this intriguing switching and multiplexing strategy. Starting with an introduction to telecommunications, this text combines the theory underlying broadband communications technology with applied practical instruction and lessons gleaned from industry. The author covers fundamental communications and network theory, followed by applied ATM networking. Each chapter includes design exercises as well as worked examples . A Textbook on ATM Telecommunications includes examples of design and implementation-making it an ideal took for both aspiring and practicing telecommunication professionals. Features

Broadband technology is ushering the telecom industry through a unique period of change with profound business implications for suppliers and users. This single source describes the four major broadband technologies that are shaping telecommunications networks: frame relay; optical fiber (including SONET); distributed queue dual bus (DQDB); and asynchronous transfer mode (ATM).