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ATM Asynchronous Transfer Mode User's Guide

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ISBN-10: 0936648406

ISBN-13: 9780936648408

Edition: 1994

Authors: William Flanagan

List price: $41.95
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Description:

ATM is a form of packetized data transport where any type of information is chopped into short, uniform groups (cells) for efficient handling. Because all cells are the same 53-bytes in length, switches and multiplexers can be tuned to maximum efficiency. This book explains how ATM delivers major cost savings, speed improvements, and flexibility in voice/data networks including detailed guidance on planning and configuring a new installation.
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Book details

List price: $41.95
Copyright year: 1994
Publisher: Taylor & Francis Group
Publication date: 1/4/1994
Binding: Paperback
Pages: 198
Size: 6.25" wide x 9.25" long x 0.50" tall
Weight: 0.682
Language: English

The Importance of ATM
Where ATM Fits in Your Network
The Slow Windup (Wire to Fiber)
Fast Pitch Means ATM Is Coming
ATM's Origins
ATM Benefits
Potential Problems
How To Put Information Into ATM Cells
Adaptation Overview
Segmentation Overview
ATM Cell Formats
Header Fields
Generic Flow Control
Virtual Path Identifier
Virtual Connection Identifier
Payload Type Identifier
Cell Loss Priority
Header Error Check
Information Payload
Operations and Maintenance Cells
Breaking Frames Into Cells
Types of User Data
Constant Bit Rate
Variable Bit Rate
Timing Relationships
ATM Adaptation Layers
AAL-1 for CBR
Convergence
Unstructured Mode
Structured Mode
Other CS Types
Synchronous Residual Time Stamp
AAL-2 for VBR with Timing
AAL-3 for VBR Connection-Oriented Data
AAL-4 for Connectionless VBR Data
AAL-3/4 for VBR Data
Convergence
Segmentation
AAL-5 (SEAL) for CO Data
Convergence Common Part
SAR
Frame Relay Specific Convergence
Differences Between FR and SSCS
Control Bit Mapping
Interworking ATM and Frame Relay
Upper Layer Interworking
Frame Relay Over ATM
FR Service Emulation
Service Interworking
Data Exchange Interface (DXI)
ATM Connections and Cell Switching
Cell Switch as Logical DACS
Call Setup
Addressing Makes Connections
PVCs
SVCs
Multicast/Broadcast
Traffic Management
Traffic Parameters and Descriptors
Parameters Defined
Quality of Service
Usage Parameter Control
Generic Cell Rate Algorithm
Congestion Control
Network Management
Performance Monitoring
Fault Management
OAandM Cells
Alarms
Loopbacks
Continuity Check
Interim Local Management
Access To ATM Backbone Services
45 Mbit/s T-3
155 Mbit/s
Multimode Fiber
Shielded Twisted Pair
`Slower' ATM Interfaces
52 vs. 25 Mbit/s
ATM Over T-1 and E-1
SONET as ATM Access
SONET and STS: the New ESF
SONET Section, Line, Path
Locked-Mode Framing
Synchronous Payload Envelope
Virtual Tributaries
Bit/Byte Synchronous
VT Groups
Floating Mode Framing
Multiplexing to Higher Levels
Synchronous Digital Hierarchy
Implementation Agreement on SONET
100 Mbit/s Fiber
Other Services as Feeders
Public ATM Services
Total Costs and Benefits
Tariffs and Rate Elements
ATM Applications and Equipment
Switching Architectures
Shared Bus
Buffered-Banyan Matrix
Broadcast Matrix
Switch Fabric Summary
ATM Adaptation Devices
Adapting ATM NICs
Adapting Hubs
Adapting Concentrators
Adapting Switches
Types Of ATM Switches
When Cost Is The Driver
When Redundancy Is Critical
Adaptation Strategies
Routing in an ATM Environment
Subnet Restrictions
A Single-Router Solution
A Router Dissected
The Exploded Backplane
Enhanced Security
Routing Summary
Appendices
Acronyms
Annotated Bibliography
SONET Transmission and Broadband Framing
The Need for Framing
ESF Framing As an Example
HDLC Data Link Framing
Frame Format
Flags and Bit Stuffing
Header
Information
Error Checking Code
HDLC Procedures
Mode Setting
ARQ for Error Correction
Checkpointing with p/f Bits
Index