ATM for Public Networks

Name: ATM for Public Networks
Price: 60.26 USD
Availability: InStock
ISBN: 9780071344760

ISBN-10: 0071344764

ISBN-13: 9780071344760

Edition: 1999

Authors: Ronald H. Davis

List price: $59.95

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Telephone companies and internet service providers are pushing to put different services into comprehensive packages for competetive advantage. This book shows service providers how to deploy ATM to provide seamless multiple services.

Book details

List price: $59.95
Copyright year: 1999
Publisher: McGraw-Hill School Education Group
Binding: Hardcover
Pages: 385
Size: 7.75" wide x 9.75" long x 1.25" tall
Weight: 1.848
Language: English

Preface
Acknowledgements
	p. 1
The Evolution of ATM	p. 3
Introduction	p. 4
Switching	p. 4
Circuit Switching	p. 4
Packet Switching	p. 5
Transmission	p. 7
The Evolution Communications Services	p. 8
Broadband ISDN	p. 9
B-ISDN Services	p. 10
Interactive Services	p. 10
Distribution Services	p. 11
Trends Driving the Development of ATM Technology	p. 12
Overview of This Book	p. 14
References	p. 14
ATM Technology Concepts	p. 17
Introduction	p. 18
ATM Transport and Switching	p. 18
The ATM Switching Concept	p. 20
Virtual Path Switching	p. 22
Virtual Channel Switching	p. 23
B-ISDN Network Architecture	p. 23
Reference Configuration at the UNI	p. 25
ATM Network Elements	p. 26
ATM Switching--An Example	p. 27
UNI Connection Topologies	p. 29
Point-to-Point Topologies	p. 29
Point-to-Multipoint Topologies	p. 30
Quality of Service	p. 32
ATM Signalling: On-Demand Connection Establishment	p. 35
Managing the Network	p. 38
ATM Network Management Reference Model	p. 39
Management Information Base	p. 41
Network Management Activities	p. 42
Configuring Network Elements	p. 42
Permanent Virtual Circuit Establishment	p. 42
Collection of Traffic Performance Statistics	p. 43
OAM Cell Loopback	p. 45
Fault Detection, Reporting, and Recovery	p. 45
References	p. 46
	p. 49
ATM Communications Protocols	p. 51
Introduction	p. 52
B-ISDN Protocol Reference Model	p. 52
B-ISDN Protocol Operation	p. 54
The Physical Layer	p. 56
Physical Media Dependent (PMD) Sublayer	p. 57
Transmission Convergence (TC) Sublayer	p. 57
Physical Layer SAP	p. 58
The ATM Layer	p. 58
ATM Cell Structure	p. 58
ATM Layer SAP	p. 62
ATM Adaptation Layer	p. 63
AAL Type 1	p. 65
SAR Sublayer	p. 65
Convergence Sublayer	p. 65
AAL 1 SAP	p. 67
AAL Type 2	p. 68
Common Part Sublayer	p. 69
Service Specific Convergence Sublayers	p. 72
AAL 2 SAP	p. 78
AAL Type 3/4	p. 79
SAR Sublayer	p. 80
Convergence Sublayer	p. 81
Connectionless Network Service	p. 82
AAL 3/4 SAP	p. 84
AAL Type 5	p. 85
SAR Sublayer	p. 86
Convergence Sublayer	p. 86
AAL 5 SAP	p. 87
Summary	p. 88
References	p. 89
ATM Signalling	p. 91
Introduction	p. 92
Signalling Protocol Architecture	p. 92
Overview of Signalling Architectures	p. 95
Private UNI	p. 95
Private NNI	p. 95
Public UNI	p. 95
NNI	p. 95
B-ICI	p. 96
ATM Connection Establishment	p. 97
Signalling VCC	p. 97
User Traffic SVC	p. 97
Signalling ATM Adaptation Layer	p. 98
Service Specific Connection Oriented Protocol	p. 98
Service Specific Coordination Function at the UNI	p. 102
Service Specific Coordination Function at the NNI	p. 103
Public UNI Signalling	p. 109
Point-to-Multipoint Connection	p. 110
Point-to-Multipoint Connection	p. 112
Private Network to Network Interface Signalling	p. 115
Broadband ISDN User Part	p. 116
B-ISUP Specification Model	p. 117
Call Control and Bearer Connection Control	p. 118
Broadband Inter-Carrier Interface	p. 120
References	p. 120
Operations Administration, Maintenance, and Provisioning	p. 123
Introduction	p. 124
Operations Administration and Maintenance	p. 126
OAM Levels and Flows	p. 126
Physical Layer OAM Flows	p. 128
ATM Layer OAM Flows	p. 128
Provisioning	p. 136
Integrated Local Management Interface	p. 137
References	p. 138
Traffic Management	p. 141
Introduction	p. 142
Quality of Service Parameters	p. 143
Sources of Delay	p. 145
Sources of CDV	p. 146
Measurement of QoS Parameters	p. 146
Factors Impacting QoS	p. 147
Traffic Parameters	p. 148
Peak Cell Rate	p. 149
Sustainable Cell Rate	p. 149
Maximum Burst Size	p. 149
Minimum Cell Rate	p. 149
ATM Service Categories	p. 150
Available Bit Rate Service	p. 152
RM Cell Format	p. 153
Usage Parameter Control	p. 155
Generic Cell Rate Algorithm	p. 157
Virtual Scheduling Algorithm	p. 157
Leaky Bucket Algorithm	p. 159
GCRA Example	p. 160
Traffic Contract and Conformance Definitions	p. 162
Conformance Definition for CBR Service	p. 163
Conformance Definition for rt-VBR Service	p. 163
Conformance Definition for nrt-VBR Service	p. 164
Conformance Definition for UBR Service	p. 164
Conformance Definition for ABR Service	p. 165
Measurements Associated With UPC/NPC	p. 166
Connection Admission Control	p. 166
Network Resource Management	p. 167
Traffic Shaping	p. 167
Selective Cell Discard	p. 168
Frame Discard	p. 168
Guaranteed Frame Rate Service	p. 168
References	p. 170
	p. 171
ATM Service Interworking	p. 173
Background	p. 174
Circuit Emulation Service	p. 176
Structured CES	p. 179
Basic CES	p. 181
CES with CAS	p. 181
ISDN CES	p. 186
Unstructured CES	p. 186
Variable Bit Rate CES	p. 187
ATM Trunking	p. 188
Channel Associated Signalling	p. 188
Narrowband ISDN Signalling	p. 191
CES Service Definition	p. 194
Frame Relay Service	p. 195
Frame Structure	p. 195
Frame Relay Service Specific Convergence Sublayer	p. 198
Discard Eligibility (Frame) To Cell Loss Priority (Cell) Mapping	p. 198
Forward Explicit Congestion Notification (Frame) to Explicit Forward Congestion Indication (Cell) Mapping	p. 199
Backward Explicit Congestion Notification (Frame) To Explicit Forward Congestion Indication (Cell) Mapping	p. 200
Frame Relay and ATM Interworking: Network View and Service View	p. 201
Implementation Agreement FRF.5	p. 201
Implementation Agreement FRF.8	p. 203
FRS Service Definition	p. 204
ATM Frame Based User to Network Interface	p. 206
Switched Multi-megabit Data Service	p. 207
SIP L3_PDU Encapsulation	p. 208
SMDS to ATM Mapping	p. 210
ATM Adaptation Layer	p. 210
SMDS Service Definition	p. 211
References	p. 212
IP Over ATM	p. 215
Addressing within ATM Networks	p. 216
Routing Within ATM Networks	p. 218
Discovery of Neighbors and Link Status	p. 220
Synchronization of Topology Databases	p. 221
Flooding of PTSEs	p. 221
Election of Peer Group Leader	p. 222
Summarization of Topology State Information	p. 223
Construction of the Routing Hierarchy	p. 224
Route Selection	p. 225
Classical IP over ATM	p. 226
Communication between Stations in the Same LIS	p. 227
Communication between Station in Different LIS'	p. 229
Next Hop Resolution Protocol	p. 230
LAN Emulation	p. 235
LANE Protocol Summary	p. 236
LANE Example	p. 238
Multicast IP Over ATM Networks	p. 241
Review of IP Multicasting	p. 241
ATM Multicast IP Configuration	p. 241
Multiprotocol over ATM	p. 244
MPOA Data Flow	p. 247
MPOA Communication Scenarios	p. 248
Case 5: MPOA Host (to MPOA Host, different ELANs	p. 249
Case 6: LAN Host to MPOA Host, different ELANs	p. 249
Case 7: MPOA Host to LAN Host, different ELANs	p. 249
Case 8: LAN Host to LAN Host via Edge Devices in different ELANs	p. 250
Multiprotocol Encapsulation over ATM	p. 250
LLC/SNAP Encapsulation	p. 251
VC Based Multiplexing	p. 251
Interaction between ATM Routing and IP Routing	p. 252
References	p. 252
TCP Over ATM	p. 255
Introduction	p. 256
TCP Features	p. 256
Sliding Window Flow Control	p. 256
TCP Window Size	p. 257
TCP Segment Size	p. 258
TCP Behavior	p. 259
Slow Start	p. 260
Congestion Avoidance	p. 260
Fast Retransmit	p. 261
TCP Performance	p. 262
TCP Performance Over ATM Networks	p. 262
QoS and TCP Performance	p. 263
Cell Dropping Strategies and TCP Performance	p. 263
Plain ATM	p. 264
Partial Packet Discard	p. 264
Early Packet Discard	p. 265
Limitations of PPD and EPD	p. 266
TCP Over ATM Performance: Empirical Results	p. 266
Simulation of TCP over ATM Performance	p. 267
TCP over ATM in a LAN Environment	p. 267
TCP over ATM in a Short Haul Environment	p. 269
Conclusion	p. 274
References	p. 275
ATM and the Internet	p. 277
Introduction	p. 278
Evolution of the Internet	p. 278
Internet Standards	p. 280
Internet Traffic Patterns	p. 280
The Integrated Services Internet	p. 282
Packet Scheduler	p. 283
Packet Discard	p. 285
Packet Classification	p. 288
Admission Control	p. 288
Resource Reservation Protocol	p. 289
Path Message	p. 291
Sender Tspec	p. 292
Adspec	p. 293
Resv Message	p. 295
Flowspec	p. 295
Initiation of an RSVP Session	p. 297
Integrated Internet Services Over ATM	p. 297
VC Management	p. 298
PVC Versus SVC	p. 298
ATM Multipoint and RSVP Heterogeneous Branch Points	p. 299
Dynamic "Soft State" Versus Static QoS	p. 301
Signalling Traffic	p. 302
Synchronizing ATM VC and RSVP States	p. 303
QoS Management	p. 303
Guaranteed Service	p. 303
Controlled Load Service	p. 305
Best Effort Service	p. 305
Traffic Tagging	p. 305
vBNS	p. 306
ATM Deployment At Internet Network Access Points	p. 308
IP/ATM and IP/SONET	p. 311
Protocol Efficiencies	p. 311
SONET Overhead	p. 311
IP/PPP/SONET Overhead	p. 311
IP/ATM/SONET Overhead	p. 312
Comparative Efficiencies IP/PPP/SONET versus IP/ATM	p. 313
Empirical Results	p. 313
IP/SONET versus IP/ATM: Which Is Better?	p. 314
References	p. 315
Voice Over ATM	p. 319
Introduction	p. 320
Voice over ATM to the Desktop	p. 320
Recommendation H.323--Voice over the Internet	p. 322
Description of H.323	p. 324
Call Setup	p. 325
Initial Communication and Capibility Exchange	p. 327
Establishment of Audiovisual Communication	p. 327
Call Termination	p. 330
H.323 Over ATM	p. 330
Protocol Efficiency	p. 333
Interworking H.323 and Non-H.323 Terminals	p. 335
References	p. 335
	p. 337
Future Directions for ATM	p. 339
Introduction	p. 340
Managed Bandwidth Versus Infinite Bandwidth	p. 340
Emerging Applications	p. 342
Asymmetric Digital Subscriber Line	p. 342
Digital Television	p. 343
Wireless ATM	p. 344
BSC Interconnection	p. 344
ATM Interworking with PCS	p. 345
ATM over LMDS	p. 345
Future Challenges	p. 346
Acronyms	p. 349
Glossary	p. 355
Index	p. 375
Table of Contents provided by Syndetics. All Rights Reserved.