ISDN and its application to LAN interconnection

목차 (Table of Contents)

• CONTENTS
• Preface = xi
• Acknowledgments = xiv
• 1 Introduction = 1
• 1.1 Emergence of ISDN = 2
• 1.2 The data communications revolution = 4
• 1.3 Global IT village = 5
• 1.4 Internetworking in the ISDN era = 6
• 1.5 Dynamic channel management = 16
• 1.6 Review of related work = 21
• 1.7 Outline of this book = 33
• 2 The Integrated Services Digital Network = 35
• 2.1 The ISDN era = 36
• 2.2 Technical features = 37
• 2.3 Data communications in ISDN = 42
• 2.4 Packet modes in ISDN = 44
• 2.5 Protocol considerations and standards = 46
• 2.6 Broadband ISDN = 47
• 2.7 Current status and future trends = 48
• 2.8 Relevant features of ISDN in LAN-ISDN interconnection = 51
• 2.9 Superchannels in ISDN = 51
• 2.10 Tariffs = 52
• 2.11 Summary = 52
• 3 Interconnecting LANs and ISDN = 53
• 3.1 Packet network interconnection issues = 54
• 3.2 Interconnecting with ISDN = 61
• 3.3 Interconnection of LANs and ISDN = 61
• 3.4 Summary = 67
• 4 Channel management = 69
• 4.1 The channel management problem = 71
• 4.2 Definition of channel management = 72
• 4.3 Bandwidth allocation = 72
• 4.4 Bandwidth management = 74
• 4.5 Queuing systems for channel management = 77
• 4.6 Scheduling policies = 81
• 4.7 Protocols over the ISDN B-channel = 82
• 4.8 Channel management information = 84
• 4.9 Cost functions = 84
• 4.10 Summary = 85
• 5 Channel management architectures = 87
• 5.1 General architectural models = 88
• 5.2 The channel management architecture = 89
• 5.3 A DCMA for ehternet-ISDN relay = 98
• 5.4 Summary = 100
• 6 Superchannels and their protocols = 103
• 6.1 Background = 104
• 6.2 Definitions = 105
• 6.3 The time slot sequence integrity problem = 106
• 6.4 Call and channel identification = 108
• 6.5 Protocol issues = 109
• 6.6 Dynamic bandwidth variation = 114
• 6.7 Conclusions and summary = 116
• 7 Solving the TSSI problem = 119
• 7.1 TSSI solution types = 119
• 7.2 Layering the TSSI solutions = 120
• 7.3 Other relevant work on TSSI provision and superchannels = 128
• 7.4 Comparison of the TSSI provision methods in customer premises = 135
• 7.5 Summary = 137
• 8 Queue-based bandwidth management = 139
• 8.1 The simulation environment = 139
• 8.2 Performance measures = 144
• 8.3 Simulation models = 146
• 8.4 BM policies : an experimental evaluation = 147
• 8.5 Heuristic bandwidth management policies = 148
• 8.6 Analysis of performances = 151
• 8.7 Conclusions = 159
• 8.8 Summary = 160
• 9 Comparison of queue-based service capacity control doctrines = 161
• 9.1 Bi-level service capacity control = 162
• 9.2 Multi-level service capacity control = 166
• 9.3 Modified multi-level service capacity control policies = 169
• 9.4 Bi-level versus multi-level capacity control = 171
• 9.5 Practical aspects = 172
• 9.6 Summary = 172
• 10 Rate-based bandwidth management = 173
• 10.1 Loop control method = 173
• 10.2 Rate-weighting method = 178
• 10.3 Rate thresholding method = 182
• 10.4 Comparison of the rate control methods = 185
• 10.5 Comparison of queue and rate-based DBM policies = 186
• 10.6 Other applications of dynamic bandwidth management = 187
• 10.7 Summary = 188
• AppendixⅠ : Modelling and ISDN interface = 189
• AppendixⅡ : ISDN simulator validation = 197
• AppendixⅢ : D-channel signalling for circuit switched call control = 205
• AppendixⅣ : Multi-level service rate control = 209
• AppendixⅤ : Delayed close policy = 215
• AppendixⅥ : Acronyms and abbreviations = 217
• AppendixⅦ : CCITT recommendations on ISDN = 225
• References = 231
• Glossary = 237
• Index = 247