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Internetworking and Computing Over Satellite Networks

By: Yongguang Zhang (Editor)

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Hardcover | 30 April 2003

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Hardcover
288 Pages

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23.39 x 15.6 x 1.75

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Communications via satellite introduces a number of new technical problems for mobile networks and applications. Satellite links have fundamentally different properties from terrestrial wired or wireless networks. Some of the properties include larger latency, bursty error characteristics, asymmetric capability, and unconventional network architecture. These differences have far-reaching effects on many satellite communication issues.

Internetworking and Computing over Satellite Networks's emphasis is on data networking, internetworking and distributed computing issues. The material surveys recent work in the area of satellite networks, introduces certain state-of-the-art technologies, and presents recent research results in these areas. A variety of issues involving applications, network architecture, medium access controls, multicast routing, asymmetric routing, transport protocols, TCP performance enhancement techniques, data broadcast, and information disseminations, are addressed. This is one of the first books to be focused on the internetworking and computing aspect of satellite networks.

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Non-Fiction Computing & I.T.Computer Networking & Communications Engineering & Technology Electronics & Communications Engineering Communications Engineering & Telecommunications Satellite Communication Electronics Engineering Energy Technology & Engineering Electrical Engineering Computer Science Computer Architecture & Logic Design

Computer Hardware Network Hardware

List of Figures	p. xi
List of Tables	p. xv
Preface	p. xvii
Contributing Authors	p. xxi
The Role of Satellite Networks in the 21st Century	p. 1
Introduction	p. 1
Internet over Satellite Architecture	p. 3
The Roles of Satellite Network in the Internet	p. 4
The Role of Satellite in the Satellite Network	p. 5
Common Applications	p. 7
Visions for the Future	p. 9
Commercial Market	p. 9
The DARPA NGI Vision	p. 10
Challenges	p. 11
Satellite Constellation Networks	p. 13
Introduction	p. 13
Benefits of Going to LEO	p. 15
Describing the Systems	p. 17
Geometry, Topology and Delay	p. 19
Delay	p. 23
Handover	p. 26
Networking Design	p. 28
Simulators	p. 31
Summary	p. 32
Medium Access Control Protocols for Satellite Communications	p. 35
Introduction	p. 35
Polling Based Access Protocols	p. 41
Fixed Assignment Multiple Access (FAMA) Protocols	p. 41
Frequency Division Multiple Access (FDMA)	p. 42
Time Division Multiple Access (TDMA)	p. 43
Code Division Multiple Access (CDMA)	p. 45
Random Access Protocols	p. 46
Asynchronous Random Access Protocols	p. 47
Aloha	p. 47
Selective-Reject Aloha (SREJ-Aloha)	p. 49
Synchronous Random Access Protocols	p. 50
Carrier Sense Multiple Access (CSMA)	p. 52
Demand Assignment Multiple Access (DAMA) Protocols	p. 52
Demand Assignment Based on FDMA	p. 56
Making Reservations by Contention Based Access	p. 57
Reservation Aloha (R-Aloha)	p. 57
Priority-Oriented Demand Assignment (PODA)	p. 58
Split-Channel Reservation Multiple Access (SRMA)	p. 62
The Time-of-Arrival Collision Resolution Algorithm (CRA)	p. 63
Packet-Demand Assignment Multiple Access (PDAMA)	p. 67
Hybrid Protocols	p. 69
Round-Robin Reservations (RRR)	p. 69
Interleaved Frame Flush-Out (IFFO)	p. 71
Split-Channel Reservation Upon Collision (SRUC)	p. 74
Announced Retransmission Random Access (ARRA)	p. 75
Scheduled-Retransmission Multiple Access (SRMA)	p. 77
Response Initiated Multiple Access (RIMA)	p. 81
Combined Free/Demand Assignment Multiple Access	p. 83
Fixed Boundary Integrated Access Scheme (FBIA)	p. 85
Combined Random/Reservation Multiple Access (CRRMA)	p. 87
Conclusions and Summary	p. 90
Direct Broadcast Satellites and Asymmetric Routing	p. 95
Introduction	p. 95
Problems with Dynamic Asymmetric Routing	p. 96
Unicast	p. 96
Multicast	p. 98
Tunneling: A Practical Solution	p. 98
Demonstration of Tunneling Approach	p. 100
RFC 3077: The IETF Standard	p. 103
Topology and Requirements	p. 104
Tunneling Mechanism Details	p. 105
Dynamic Tunnel Configuration	p. 107
Tunneling Protocol	p. 109
Current Status	p. 110
Limitations and Long-Term Solutions	p. 111
Using Satellite Links in the Delivery of Terrestrial Multicast Traffic	p. 115
Introduction	p. 115
Overview of Multicast Deployment	p. 117
Satellite Delivery of Multicast	p. 118
Integrating Satellite and Terrestrial Networks	p. 118
Using Satellite Paths for Multicast Sessions	p. 120
Motivation and Metrics	p. 120
Methodology	p. 122
Results	p. 122
When to Use Satellites?	p. 128
TCP Performance over Satellite Channels	p. 131
Introduction	p. 131
Transmission Control Protocol (TCP) Overview	p. 132
Basic TCP Operation	p. 132
Connection Establishment and Release	p. 132
Basic Loss Recovery and Congestion Avoidance	p. 134
Enhanced Loss Recovery and Congestion Avoidance	p. 135
TCP Performance Problems over Satellite Links	p. 136
Enhancing TCP Performance using Standard Mechanisms	p. 138
Window scale	p. 138
Path MTU discovery	p. 139
Error correction	p. 139
Further loss recovery enhancements	p. 140
Research Issues	p. 142
Connection startup	p. 143
Shared TCP state and TCP pacing	p. 146
Link asymmetry	p. 147
Experimental loss recovery techniques	p. 148
Implementation details	p. 149
TCP fairness	p. 149
Using multiple data connections	p. 151
Header compression	p. 152
TCP Performance Enhancement Proxy	p. 152
Additional protocols	p. 153
Summary	p. 154
TCP Performance Enhancement Proxy	p. 159
Introduction	p. 159
The Motivation	p. 161
The Slow-Start Problem	p. 161
The Window Size Problem	p. 162
The Practical Solution	p. 163
Basic Architecture	p. 164
Example: Deployment in HNS DirecPC	p. 166
Alternative Architecture and Mechanisms	p. 168
The Big Argument	p. 170
The End-to-end Reliability Issue	p. 170
The Fate Sharing Issue	p. 171
The "Show Stopper"?	p. 172
Conflicts between IPsec and TCPPEP	p. 172
The End-to-end Security Issue	p. 174
Researches on Resolving the Conflicts with IPsec	p. 176
Conclusion	p. 177
Performance Evaluation of TCP splitting over Satellite	p. 181
Introduction	p. 181
Model-based Analysis	p. 185
Network Model	p. 185
Lossless Links	p. 186
Delay Models	p. 187
Links with Random Losses	p. 190
The Server-Proxy Link is lossless	p. 190
Random Losses on Both Links	p. 192
Discussion	p. 193
Initial Window Size	p. 193
Slow or Congested Proxy	p. 195
File Size	p. 197
Connection With Asymmetric Segments	p. 197
The Experiment System	p. 199
Measurement-based Analysis	p. 201
Effect of File Size and Caching	p. 201
Effect of congestion and packet losses	p. 205
Effect of embedded objects and persistent connection	p. 211
Implications on System Design	p. 215
Conclusion	p. 216
Scheduling Data Broadcast	p. 221
Introduction	p. 221
The Basic Model	p. 223
Persistent User Model	p. 223
Impatient User Model	p. 224
Theoretical Results	p. 224
On-line Scheduling Algorithm	p. 225
Performance Evaluation	p. 226
Validation of algorithm	p. 227
Persistent user case	p. 228
Impatient user case	p. 229
Conclusions	p. 230
Deriving the Mean Access Time and the Variance of Access Time	p. 231
Minimizing the Variance of Access Time	p. 233
Deriving the Service Ratio	p. 234
Maximizing the service ratio	p. 235
Deriving The Mean Tuning Time	p. 236
Information Dissemination Applications	p. 239
Introduction	p. 240
IIDS architecture	p. 242
Mobile User Profiling	p. 243
Dynamic User Profile Clustering and Aggregation	p. 246
Incremental Clustering Framework	p. 247
Adaptive Re-clustering	p. 249
Evaluation	p. 250
Data Dissemination techniques	p. 254
Predictive Dissemination and Caching	p. 254
Bandwidth-Aware Filtering	p. 255
Reliable Multicast-based Dissemination	p. 256
Implementation and Demonstration	p. 257
Conclusions	p. 257
Index	p. 261
Table of Contents provided by Ingram. All Rights Reserved.

Internetworking and Computing Over Satellite Networks

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Hardcover

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