Ad Hoc Networks : Technologies and Protocols - University of ...

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Index Ad hoc network multicast routing Ad-hoc Multicast Routing Protocol (AMRoute), 107 Core-Assisted Mesh Protocol (CAMP), 99 Differential Destination Multicast (DDM), 105 Multicast Core-Extraction Distributed Ad hoc Routing (MCEDAR), 103 Multicast operations of AODV (MAODV), 97 On-Demand Multicast Routing Protocol (ODMRP), 100 Ad hoc network routing Ad hoc On-demand Distance Vector (AODV), 73 Associativity-based Routing (ABR), 76 Destination-Sequenced Distance-Vector (DSDV), 69 Dynamic Source Routing (DSR), 72 Hazy Sighted Link State (HSLS), 80 Optimized Link State Routing (OLSR), 70 Signal Stability-Based Adaptive Routing (SSR), 76 Temporally Ordered Routing Algorithm (TORA), 74 Topology Broadcast based on Reverse-Path Forwarding (TBRPF), 71 Wireless Routing Protocol (WRP), 70 Zone Routing Protocol (ZRP), 79 Ad hoc transport protocols, 146 Anomaly detection, 260 Antenna parameters, 200 Attack prevention, 253 Attacks resource deprivation, 251 route hijack, 251 rushing attacks, 252 sybil attacks, 252 wormhole attacks, 252 Audit data, 262 Binary exponential backoff, 44, 46 Broadcasting, 109 Campus nomadic networking, 10 Capacity-aware routing, 173 Congestion avoidance, 126 Congestion detection, 126 Contention window, 50 Cross layer interaction, 12 CSMA, 25 non-persistent CSMA, 25, 35 Deafness, 210 Directional antenna, 199 Directional medium access control, 204 Distributed coordination function (DCF), 234 Electronically steerable antenna, 200 Energy-aware routing, 172 Energy conservation, 4, 153 Expanding ring search, 75 Explicit link failure notification, 137 Flooding, 65 Forwarding group, 100 Gossip-based multicasting, 108 Anonymous Gossip (AG), 109 Route Driven Gossip (RDG), 109 Greedy forwarding, 81 Group dynamics, 94 Hybrid wireless network, 10 Intrusion detection techniques, 256 Key management, 253 LANMAR, 13 Linear increase multiplicative decrease, 132 Local minimum spanning tree, 168 Location aided multicasting, 108 Location-based routing prtocols Distance Routing Effect Algorithm for Mobility (DREAM), 81 Greedy Perimeter Stateless Routing (GPSR), 82 Location-Aided Routing (LAR), 81 Location Service Protocols, 84 Loss-based congestion indication, 131 MAC protocols, 24, 34 BTMA, 25, 27 IEEE 802.11, 24, 34 binary exponential backoff, 41 DIFS, 40 IEEE 802.11e, 236 RTS/CTS dialog, 25, 35 Mesh-based multicast routing, 99 MIMO radio, 12 Minimum connected dominating set, 66 Minimum dominating set, 103
270 INDEX Mobility, 13, 170 Modified TCP, 136 Multi-beam antenna arrays, 215 Multihopping, 4 Omni-directional antenna, 199 Opportunistic ad hoc networking, 2 Overlay Multicasting, 106 Packet switched radio, 2 Perfect collision avoidance, 25 Point coordination function (PCF), 236 Power control, 158 Power management, 186 Power-save mode, 176 Privacy, 22 Proactive routing, 68 QoS-aware multicasting, 117 QoS routing, 239 CEDAR, 240 ticket-based routing, 241 Quality of service (QoS), 232 Query localization, 75 Reliable multicasting, 115 Route cache, 72 Route coupling, 221 Route discovery, 72 Route failure prediction, 141 Route repair, 76 Scalability, 4 Scheduled medium access, 215 Secure message transmission, 255 Secure multicasting, 118 Secure routing, 254 Security, 5 Self-configuration, 2 Self-organization, 4 Sensor networks, 21 Smart antenna, 197 Source routing, 72 Stateless multicasting, 105 TCP-aware cross-layered solutions, 136 Team communication, 13 Team multicast, 9 Topology aware fair access (TAFA), 46, 48 Topology control, 161 Tree-based multicast routing, 97 Unmanned autonomous vehicles, 5 Vehicle communications, 10 Vulnerabilities, 249 Watch-dog, 256 WHYNET project, 15 Wireless Evolution, 3
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AD HOC NETWORKS Technologies and Pr
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AD HOC NETWORKS Technologies and Pr
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Contents List of Figures List of Ta
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Contents vii 4.7. Conclusions and F
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Contents ix 9.2. Potential Attacks
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List of Figures 1.1 Internet in the
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List of Figures xiii 6.3 COMPOW com
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List of Figures xv 9.1 9.2 An IDS a
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List of Tables 2.1 2.2 2.3 2.4 2.5
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Contributing Authors Samir R. Das i
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Preface Wireless mobile networks an
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Acknowledgments xxiii We wish to ex
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Chapter 1 AD HOC NETWORKS Emerging
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Introduction and Definitions 3 coul
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Introduction and Definitions 5 Secu
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Ad Hoc Network Applications 7 tunis
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Ad Hoc Network Applications 9 The d
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Ad Hoc Network Applications 11 Figu
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Design Challenges 13 example of cro
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Evaluating Ad Hoc Network Protocols
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Overview of the Chapters in this Bo
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Overview of the Chapters in this Bo
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Conclusions 21 1.6 Conclusions This
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Chapter 2 COLLISION AVOIDANCE PROTO
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Performance of collision avoidance
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Framework and Mechanisms for Fair A
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Conclusion 59 In the first part of
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Conclusion 61 [13] [14] [15] [16] [
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Chapter 3 ROUTING IN MOBILE AD HOC
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Flooding 65 vector and link state p
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Flooding 67 centralized approximati
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Proactive Routing 69 status of each
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Proactive Routing 71 Topology Broad
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On-demand Routing 73 reply packets
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On-demand Routing 75 during the lin
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Proactive Versus On-demand Debate 7
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Proactive Versus On-demand Debate 7
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Location-based Routing 81 to find a
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Location-based Routing 83 Figure 3.
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Concluding Remarks 85 relative meri
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Concluding Remarks 87 [14] [15] [16
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Concluding Remarks 89 [42] [43] [44
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Chapter 4 MULTICASTING IN AD HOC NE
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Introduction 93 The mobility of the
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Classifications of Protocols 95 red
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Multicasting Protocols 97 this sect
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Multicasting Protocols 99 as close
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Multicasting Protocols 101 In ODMRP
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Multicasting Protocols 103 hoc netw
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Multicasting Protocols 105 A member
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Multicasting Protocols 107 Figure 4
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Broadcasting 109 “talk” to a ra
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Broadcasting 111 broadcasted packet
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Protocol Comparisons 113 are cluste
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Overarching Issues 115 is user data
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Overarching Issues 117 and RTS/CTS
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Conclusions and Future Directions 1
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Conclusions and Future Directions 1
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Chapter 5 TRANSPORT LAYER PROTOCOLS
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TCP and Ad-hoc Networks 125 Modifie
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TCP and Ad-hoc Networks 127 mechani
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TCP and Ad-hoc Networks 129 timeout
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TCP and Ad-hoc Networks 131 to freq
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TCP and Ad-hoc Networks 133 Figure
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Transport Layer for Ad-hoc Networks
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Modified TCP 137 MAC layers without
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Modified TCP 139 Figure 5.6. TCP-EL
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TCP-aware Cross-layered Solutions 1
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Ad-hoc Transport Protocol 147 in it
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Ad-hoc Transport Protocol Figure 5.
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Summary 151 References [1] [2] [3]
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Chapter 6 ENERGY CONSERVATION Robin
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Energy Consumption in Ad Hoc Networ
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Energy Consumption in Ad Hoc Networ
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Communication-Time Energy Conservat
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Idle-time Energy Conservation 175 a
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Idle-time Energy Conservation 177 T
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Idle-time Energy Conservation 179 k
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Idle-time Energy Conservation 181 F
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Idle-time Energy Conservation 185 t
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Idle-time Energy Conservation 187 c
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Conclusion 191 [6] [7] [8] [9] [10]
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Conclusion 193 [33] [34] [35] [36]
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Conclusion 195 [59] [60] [61] [62]
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Chapter 7 USE OF SMART ANTENNAS IN
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Smart Antenna Basics and Models 199
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Medium Access Control with Directio
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Routing with Directional Antennas 2
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Page 252 and 253: Summary 227 [4] [5] [6] [7] [8] [9]
Page 254 and 255: Chapter 8 QOS ISSUES IN AD-HOC NETW
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Page 274 and 275: Chapter 9 SECURITY IN MOBILE AD-HOC
Page 276 and 277: Potential Attacks 251 attacks, such
Page 278 and 279: Attack Prevention Techniques 253 9.
Page 280 and 281: Intrusion Detection Techniques 255
Page 290 and 291: Conclusion 265 an important and sti
Page 292 and 293: Conclusion 267 [24] [25] [26] [27]
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