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ATM Transport and Network Integrity (Telecommunications)
 
 
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ATM Transport and Network Integrity (Telecommunications) (Hardcover)

by Theodore Y. Wu (Author), Noriaki Yoshikai (Editor) "The merging information networking services demand a large bandwidth from telecommunication networks for large volumes of data to be exchanged within a very short interval..." (more)
Key Phrases: signaling transport network, signaling transport architectures, cell transfer performance parameters, Selected Areas, United States, Service Control Point (more...)
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Editorial Reviews
Product Description
This book will help network engineers take better advantage of ATM technology for their transport network planning. ATM Transport and Network Integrity offers useful information for network planners to design and evolve cost-effective networks. The book focuses on methods of network design to ensure proper network function under stress, such as congestion or failure. ATM Transport and Network Integrity discusses the most efficient methods of support for broadband service and control transport in high-speed transport networks, network services, and transport architectures and control and management. It covers in detail the differences between ATM and STM transport and how these differences affect transportnetwork planning and engineering.

Key Features
* End-to-end networking, including information, signaling and control transport
* Broadband network integrity, including traffic management for network congestion and traffic restoration for network failure conditions
* Pioneer of SONET and ATM self-healing networks
* Case study description and implications
* Good insights for future IP-over-ATM network design and planning

Book Info
Provides technical insights into the use of unique ATM technology characteristics to design a costeffective broadband SONET/ATM network. Covers information transport, signaling and control transport, traffic management and more. DLC: Asynchronous Transfer Mode.

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Product Details

Inside This Book (learn more)
First Sentence:
The merging information networking services demand a large bandwidth from telecommunication networks for large volumes of data to be exchanged within a very short interval. Read the first page
Key Phrases - Statistically Improbable Phrases (SIPs): (learn more)
signaling transport network, signaling transport architectures, cell transfer performance parameters, anchor routing, available cell payload, distributed restoration system, physical route assignment, network evolution plan, protection switching systems, ring capacity requirement, normal network conditions, signaling network architecture, survivable network architectures, network architecture option, emerging broadband services, transport network architectures, network management control function, network protection schemes, logical path structure, nodal complexity, tandem routing, grooming system, restoration ratio, line protection switching, required spare capacity
Key Phrases - Capitalized Phrases (CAPs): (learn more)
Selected Areas, United States, Service Control Point, Large Switch, Small Switch, Technology Overview, Time Slot Interchange, Add-Drop Multiplexers, Artech House, Service Switching Point, Study Group, Common Channel Signaling, Digital Cross-connect Systems, Internet Engineering Task Force, Loss of Signal, North America, Synchronous Transfer Mode, Common Part Convergence Sublayer, General Network Aspects, Integrated Video Service, Line Terminating Equipment, Network Node Interface, Private Network-Network Interface Specification Version, Service Area, Service-Specific Connection-Oriented Protocol
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Front Cover | Copyright | Table of Contents | Excerpt | Index | Back Cover | Surprise Me!
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