FIGURE 18.13e. Detector Output. ..................................................................... 618 FIGURE 18.14a. WDM Energy Distrubution into the Fiber ........................... 619 FIGURE 18.14b. Fiber Loss for the WDM Band .............................................. 619 FIGURE 18.14c. Fiber Group Delay Distribution ............................................ 619 FIGURE 18.14d. Receive Energy Distribution ................................................. 619 FIGURE 18.15a. Channell Eye Diagram at PIN Diode ................................. 621 FIGURE 18.15b. Channel 2 Eye Diagram at PIN Diode ................................. 621 FIGURE 18.15c. Channell System Output at Detector ................................. 621 FIGURE 18.15d. Channel 2 System Output at Detector ................................. 621 PREFACE The emerging networks in our society will touch upon the life of everyone. These networks have started to bring about an immense information revolution. The revolution within our intellectual life will be similar to the materialistic revolution that followed the invention of the steam and the internal combustion engines. From the perspective of the 1980s, the information networks are indeed evolving and their influence can only be gradual. However, the strides of progress are accelerating in the 1990s. Networks in our society offer the most candid area of convergence for the computer and the communication technologies. The two technologies are mature in their own right. However, there are a few major factors that prevent network engineers from constructing modern communication systems from components borrowed from each of these two technologies: • Major innovations are happening. • Specialized components evolve in synergistic patterns. • New technologies emerge. • Inquisitive minds cross disciplinary barriers.

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zlib/Computers/Networking/Syed V. Ahamed, Victor B. Lawrence (auth.)/Design and Engineering of Intelligent Communication Systems_2092124.pdf

by Syed V. Ahamed, Victor B. Lawrence

United States, United States of America

Springer Nature, New York, NY, 2012

Boston, MA, United States, 1997

New York, NY, 1997

1, 2012

lg938247

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Online full text is restricted to subscribers.
Also available in print.
Mode of access: World Wide Web.

Front Matter....Pages i-xxxix
Front Matter....Pages 1-1
Basic Communication Networks....Pages 3-30
FM Techniques in Existing Networks....Pages 31-61
Video and TV Environment....Pages 63-83
Current Digital Networks....Pages 85-122
Front Matter....Pages 123-123
Subscriber Loops....Pages 125-204
Operational Environment for the HDSL....Pages 205-270
Front Matter....Pages 271-272
Simulation and CAD Aspects....Pages 273-317
Data Bases and Their Management for DSL Design Studies....Pages 319-335
Simulation Techniques for The QAM (2D) Code....Pages 337-367
Computer Based Optimization Techniques for HDSL Design....Pages 369-382
Front Matter....Pages 383-384
Data up to PRISDN Rates....Pages 385-401
Data at Prisdn Rate....Pages 403-419
Performance of Trellis Coding....Pages 421-438
Digital Subscriber line (HDSL and ADSL) Capacity....Pages 439-467
Front Matter....Pages 469-469
Knowledge Highways....Pages 471-502
Impact of Fiber Optic Technology....Pages 503-557
Optical Lightwave Systems in Existing Networks....Pages 559-593
A PC Based Fiber Optic CAD Environment....Pages 595-625
Back Matter....Pages 627-675

This book presents current and established techniques for designing and engineering new intelligent telecommunications systems. The objective of this book is twofold. First, to provide communication system designers with information for modernizing existing networks, and for making these networks carry voice, data and multimedia information. Second, to provide network designers with numerous illustrations for fabricating and building new networks using the most recent technology. This work also includes a vast amount of material on many of the rapidly expanding telecommunications related areas such as Wireless ATM, HDSL, ADSL, loop topologies from the ANSI, ETSI, ITU, copper and hybrid fiber coaxial systems, cable TV networks, ISDN performance, fiber optics, SONET, and other current telecom topics. It includes a wealth of figures and tables as well as 21 pages of telecom acronyms with definitions. Design and Engineering of Intelligent Communication Systems is written for researchers and telecom professionals interested in building intelligent communications systems.

2013-08-01