Ad Hoc Networking (Hardcover: Illustrated: 384 pages)
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Product Details: Ad Hoc Networking
| Editor: | Charles Perkins |
| Format: | Hardcover: Illustrated: 384 pages. |
| Publisher: | Addison Wesley Pub Co Inc (12/01/2000) |
| ISBN: | 0201309769 |
| ISBN13: | 9780201309768 |
| Reading Level: |
Publisher Notes: Ad Hoc Networking
Preface xi 1 Ad Hoc Networking: An Introduction 1 1.1 Model of Operation 3 1.1.1 Symmetric Links 6 1.1.2 Layer-2 Ad Hoc Solutions 6 1.1.3 Proactive versus Reactive Protocols 7 1.1.4 Multicast 8 1.2 Commercial Applications of Ad Hoc Networking 8 1.2.1 Conferencing 9 1.2.2 Home Networking 9 1.2.3 Emergency Services 10 1.2.4 Personal Area Networks and Bluetooth 10 1.2.5 Embedded Computing Applications 11 1.2.6 Sensor Dust 12 1.2.7 Automotive/PC Interaction 13 1.2.8 Other Envisioned Applications 14 1.3 Technical and Market Factors Affecting Ad Hoc Networks 14 1.3.1 Scalability 15 1.3.2 Power Budget versus Latency 17 1.3.3 Protocol Deployment and Incompatible Standards 17 1.3.4 Wireless Data Rates 18 1.3.5 User Education and Acculturation 19 1.3.6 Additional Security Exposure 19 1.3.7 Spotty Coverage 20 1.4 General Comments on Routing Protocols 20 1.5 Description of the Material Presented 23 2 A DoD Perspective on Mobile Ad Hoc Networks 29 2.1 Motivation 30 2.2 The Past 33 2.2.1 DARPA Packet Radio Network 34 2.2.2 Survivable Radio Networks 35 2.2.3 Other DoD Efforts in MANET 36 2.2.4 Other Efforts in MANET 38 2.3 The Present 39 2.3.1 Tactical Internet 41 2.3.2 ELB 41 2.3.3 GloMo 42 2.3.4 IETF MANET Working Group 44 2.4 The Future 44 2.4.1 Commercial Applications 44 2.4.2 DoD 46 2.4.3 Open Research Issues 47 2.5 Conclusion 48 3 DSDV: Routing over a Multihop Wireless Network of Mobile Computers 53 3.1 Introduction 54 3.2 Overview of Routing Methods 55 3.2.1 Link-State 55 3.2.2 Distance-Vector 56 3.3 Destination-Sequenced Distance Vector Protocol 57 3.3.1 Protocol Overview 57 3.3.2 Route Advertisements 58 3.3.3 Route Table Entry Structure 58 3.3.4 Responding to Topology Changes 59 3.3.5 Route Selection Criteria 60 3.3.6 Operating DSDV at Layer 2 61 3.3.7 Extending Base Station Coverage 62 3.4 Examples of DSDV in Operation 62 3.4.1 Damping Fluctuations 65 3.5 Properties of the DSDV Protocol 68 3.6 Comparison with other Methods 70 3.7 Future Work 71 3.8 Summary 72 4 Cluster-Based Networks 75 4.1 Clustering for Transmission Management 77 4.1.1 Link-Cluster Architecture 77 4.2 Clustering for Backbone Formation 81 4.2.1 Near-Term Digital Radio Network 81 4.2.2 Virtual Subnet Architecture 85 4.3 Clustering for Routing Efficiency 90 4.3.1 Hierarchical Routing 91 4.3.2 Clustering 127 4.4 Conclusion 135 5 DSR: The Dynamic Source Routing Protocol for Multihop Wireless Ad Hoc Networks 139 5.1 Assumptions 141 5.2 DSR Protocol Description--Overview and Important Properties 143 5.2.1 DSR Route Discovery 144 5.2.2 DSR Route Maintenance 146 5.2.3 Additional Route Discovery Features 147 5.2.4 Additional Route Maintenance Features 151 5.2.5 Support for Heterogeneous Networks and Mobile IP 154 5.2.6 Multicast Routing with DSR 158 5.2.7 Location of DSR Functions in the ISO Network Reference Model 158 5.3 DSR Evaluation 159 5.3.1 Simulation Summary 159 5.3.2 DSR Implementation and Testbed Summary 162 5.4 Related Work 164 5.5 Conclusion 167 6 The Ad Hoc On-Demand Distance-Vector Protocol 173 6.1 AODV Properties 175 6.2 Unicast Route Establishment 176 6.2.1 Route Discovery 177 6.2.2 Expanding Ring Search 178 6.2.3 Forward Path Setup 179 6.2.4 Route Maintenance 180 6.2.5 Local Connectivity Management 181 6.2.6 Actions after Reboot 182 6.3 Multicast Route Establishment 182 6.3.1 Route Discovery 183 6.3.2 Forward Path Setup 184 6.3.3 Multicast Route Activation/Deactivation 184 6.3.4 Multicast Tree Maintanence 185 6.3.5 Actions after Reboot 190 6.4 Broadcast 190 6.5 Simulations 191 6.5.1 Unicast Simulations 192 6.5.2 Multicast Simulations 197 6.6 Optimizations and Enhancements 203 6.6.1 Quality of Service 204 6.6.2 Subnet Routing 204 6.6.3 AODV and Mobile IP 205 6.7 Future Work 206 6.7.1 Security 206 6.7.2 Asymmetric Routing 206 6.8 Conclusion 207 Appendix A Message Formats 209 A.1 Route Request 209 A.2 Route Reply 210 A.3 Route Error 211 A.4 Multicast Activation 212 A.5 Group Hello 213 Appendix B Extension Formats 214 B.1 Hello Interval 214 B.2 Multicast Group Leader 215 B.3 Multicast Group Rebuild 215 B.4 Multicast Group Information 216 B.5 Maximum Delay 216 B.6 Minimum Bandwidth 217 Appendix C Configuration Parameters 218 7 ZRP: A Hybrid Framework for Routing in Ad Hoc Networks 221 7.1 Reconfigurable Wireless Networks 221 7.2 The Communication Environment and the RWN Model 223 7.3 The Zone Routing Protocol 225 7.3.1 Reactive versus Proactive Routing 225 7.3.2 Routing Zones and Intrazone Routing 227 7.3.3 Interzone Routing and the Zone Routing Protocol 228 7.4 ZRP--Formal Description 232 7.4.1 Neighbor Discovery Protocol 232 7.4.2 The Intrazone Routing Protocol 234 7.4.3 The Interzone Routing Protocol 235 7.5 Evaluation of ZRP 240 7.6 Performance Results 244 7.7 Conclusion 249 Appendix 251 8 Link Reversal Routing 255 8.1 General Approach 255 8.2 The Gafni-Bertsekas Algorithm 258 8.3 The Lightweight Mobile Routing Algorithm 262 8.3.1 Protocol Description 265 8.3.2 Properties of the Protocol 273 8.4 The Temporally Ordered Routing Algorithm 275 8.4.1 Protocol Description 276 8.4.2 Properties of the Protocol 286 8.5 Comparison of LRR Algorithms 295 8.6 Conclusion 295 9 The Effects of Beaconing on the Battery Life of Ad Hoc Mobile Computers 299 9.1 Motivation 299 9.2 Ad Hoc Wireless Networks 300 9.2.1 Power Issues 301 9.2.2 Smart Batteries and Battery Characteristics 301 9.3 Associativity Based Routing 303 9.3.1 ABR Protocol Description 304 9.3.2 ABR Route Discovery Phase 304 9.3.3 Handling Mobility in ABR 305 9.3.4 ABR Route Deletion Phase 306 9.4 Effects of Beaconing on Battery Life 306 9.4.1 Experimental Hardware 307 9.4.2 Experimental Software 308 9.5 Experimental Results and Observations 310 9.5.1 Standalone Beaconing at High Frequencies 310 9.5.2 Standalone Beaconing at Low Frequencies 313 9.5.3 Beaconing with Neighboring Nodes at High Frequencies 314 9.5.4 Beaconing with Neighboring Nodes at Low Frequencies 317 9.5.5 Deductions 318 9.6 Conclusion 320 10 Bandwidth-Efficient Link-State Routing in Wireless Networks 323 10.1 Updating Routes in Wireless Networks 326 10.2 STAR Description 328 10.2.1 Information Stored and Exchanged 329 10.2.2 Validating Updates 330 10.2.3 Exchanging Update Messages 330 10.2.4 Example 336 10.2.5 Impact of the Link Layer 336 10.3 Performance Evaluation 338 10.3.1 Comparison with Table-Driven Protocols 339 10.3.2 Comparison with On-Demand Routing Protocols 340 10.4 Conclusion 347 11 Summary and Future Work 351 11.1 Future Work 351 11.1.1 Scalability 352 11.1.2 Quality of Service 352 11.1.3 Is the Client-Server Model Viable? 353 11.1.4 Connecting to the Internet 354 11.1.5 Security 355 11.1.6 Power Control 356 11.2 Other Approaches 357 11.2.1 Location-Assisted Routing 357 11.2.2 Fisheye Routing 357 11.2.3 CEDAR 358 11.3 A Possible Vision of the Future 358 11.4 For More Information 360 Index 363
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