
Telecommunication Networks
J.E. Flood(Editor)
Institution of Engineering and Technology (Publisher)
2nd Edition
Published on 31. July 1996
Book
Paperback/Softback
540 pages
978-0-85296-886-4 (ISBN)
Description
Telecommunications is vital to modern life, and the global telecommunication network that has developed is an essential part of the infrastructure of society. Although there is an extensive literature on many aspects of telecommunication technology, comparatively little has been published on the functioning and planning of complete telecommunication networks. The first edition of this book was intended to help fill that gap and this new edition has been thoroughly revised and includes much new material.
The initial chapters describe the structure of local, national and international networks, and cover switching systems, transmission systems, signalling, numbering schemes, routeing ard call charging. The principles of traffic engineering, mobile networks, ISDN, ATM, intelligent networks, network management, investment appraisal and network planning are also explained. Although the book mainly deals with public telephone networks, there is also a chapter on private networks and data networks. Finally, the principles explained in the earlier chapters are illustrated by several case studies on network planning.
The book is intended both to provide the young engineer with a general knowledge of telecommunications and to give the experienced specialist a deeper understanding of his/her own work against the background of the complete telecommunication network. The book evolved from IEE vacation schools at Aston University, and the chapters are mainly based on teaching contributions made by the authors at these schools.
The initial chapters describe the structure of local, national and international networks, and cover switching systems, transmission systems, signalling, numbering schemes, routeing ard call charging. The principles of traffic engineering, mobile networks, ISDN, ATM, intelligent networks, network management, investment appraisal and network planning are also explained. Although the book mainly deals with public telephone networks, there is also a chapter on private networks and data networks. Finally, the principles explained in the earlier chapters are illustrated by several case studies on network planning.
The book is intended both to provide the young engineer with a general knowledge of telecommunications and to give the experienced specialist a deeper understanding of his/her own work against the background of the complete telecommunication network. The book evolved from IEE vacation schools at Aston University, and the chapters are mainly based on teaching contributions made by the authors at these schools.
Reviews / Votes
'An encyclopedic work & covering all aspects of telecommunications, from the historic to the economic. No facet of the field is omitted.' * Telecommunication Journal of Australia *More details
Series
Edition
2nd edition
Language
English
Place of publication
Stevenage
United Kingdom
Target group
College/higher education
Professional and scholarly
Dimensions
Height: 229 mm
Width: 152 mm
Thickness: 31 mm
Weight
867 gr
ISBN-13
978-0-85296-886-4 (9780852968864)
Copyright in bibliographic data and cover images is held by Nielsen Book Services Limited or by the publishers or by their respective licensors: all rights reserved.
Schweitzer Classification
Person
J.E. Flood is Emeritus Professor of Electrical Engineering at the University of Aston, Birmingham, UK. He joined the university after 20 years in the telecommunications industry/during which time he held a variety of positions including that of Chief Engineer of the Advanced Development Laboratories of the Telecommunications Division of Associated Electrical Industries Ltd. He has served on many bodies concerned with the development of telecommunications, and has been Chairman of the IEE Professional Group Committee on Telecommunication Networks and Systems and the BT Standards Committee.
Content
Chapter 1: Introduction
Chapter 2: Network structure
Chapter 3: Transmission principles
Chapter 4: Transmission systems
Chapter 5: Switching principles
Chapter 6: Digital time-division switching systems
Chapter 7: Stored-program control
Chapter 8: Signalling
Chapter 9: Numbering, routing and charging
Chapter 10: Teletraffic engineering
Chapter 11: Private telecommunication networks
Chapter 12: Mobile communications
Chapter 13: Packet switching
Chapter 14: Integrated services digital networks
Chapter 15: Broadband networks
Chapter 16: Intelligent networks
Chapter 17: Network performance
Chapter 18: Network management
Chapter 19: Network economics
Chapter 20: Network planning
Chapter 21: Case studies
Chapter 2: Network structure
Chapter 3: Transmission principles
Chapter 4: Transmission systems
Chapter 5: Switching principles
Chapter 6: Digital time-division switching systems
Chapter 7: Stored-program control
Chapter 8: Signalling
Chapter 9: Numbering, routing and charging
Chapter 10: Teletraffic engineering
Chapter 11: Private telecommunication networks
Chapter 12: Mobile communications
Chapter 13: Packet switching
Chapter 14: Integrated services digital networks
Chapter 15: Broadband networks
Chapter 16: Intelligent networks
Chapter 17: Network performance
Chapter 18: Network management
Chapter 19: Network economics
Chapter 20: Network planning
Chapter 21: Case studies