Vehicular Communications and Networks

Related titles<br>List of contributors<br>Woodhead Publishing Series in Electronic and Optical Materials<br><br>Part One. Architectures for vehicular communication systems<br>1. Vehicle-to-infrastructure communications<br>1.1. Introduction<br>1.2. V2I applications, requirements and related work<br>1.3. Performance of cellular communication systems for vehicular applications<br>1.4. System model for the evaluation of the impact of V2I communications on LTE resource utilization<br>1.5. Channel-aware V2I communications for efficient utilization of cellular resources<br>1.6. Future trends<br>1.7. Sources of further information and advice<br>2. Vehicular ad hoc networks<br>2.1. Introduction<br>2.2. Primary applications<br>2.3. Enabling technologies<br>2.4. Technical challenges<br>2.5. Societal challenges<br>2.6. The future of VANETs<br><br>Part Two. Protocols, algorithms, routing and information dissemination for vehicular networks<br>3. Medium access control in vehicular ad hoc networks<br>3.1. Introduction<br>3.2. Requirements and challenges<br>3.3. IEEE standards for DSRC MAC<br>3.4. MAC for multichannel<br>3.5. QoS scheme in MAC<br>3.6. MAC broadcast mechanism<br>3.7. Future trends<br>3.8. Sources of further information and advice<br>4. Information dissemination in vehicular networks<br>4.1. Introduction<br>4.2. Dissemination concepts<br>4.3. Broadcast-based dissemination<br>4.4. Multi-hop dissemination and store–carry–forward<br>4.5. Dissemination via cellular networks<br>4.6. Future trends<br>4.7. Further reading<br>5. Broadcasting in vehicular networks<br>5.1. Introduction<br>5.2. Review of related research<br>5.3. System design<br>5.4. Factors affecting reliability<br>5.5. Improving reliability by considering traffic patterns<br>5.6. Conclusion<br>6. Opportunistic routing and delay-tolerant networking in vehicular communication systems<br>6.1. Introduction<br>6.2. Delay-tolerant networking in vehicular communication systems<br>6.3. Opportunistic routing in vehicular communication systems<br>6.4. Conclusions<br>7. Dynamic spectrum access and cognitive radio for vehicular communication networks<br>7.1. Introduction<br>7.2. Dynamic spectrum access and cognitive radio<br>7.3. Introduction to vehicular dynamic spectrum access<br>7.4. VDSA with learning<br>7.5. VDSA implementation<br>7.6. Summary<br>8. Modeling and evaluation of location-based forwarding in vehicular networks<br>8.1. Introduction<br>8.2. System and modeling assumptions<br>8.3. Analysis<br>8.4. Illustrative numerical examples<br>8.5. Conclusions<br>9. Security and privacy in vehicular networks<br>9.1. Introduction and security requirements<br>9.2. Identity management in C2X<br>9.3. Privacy protection<br>9.4. Misbehaviour detection<br>9.5. Outlook and open issues<br><br>Part Three. Operation and deployment of vehicular communications and networks<br>10. Connected vehicles in an intelligent transport system<br>10.1. Introduction<br>10.2. DSRC/WAVE for connected vehicles<br>10.3. LTE for connected vehicles<br>10.4. Mobility handling in VANETs based on LTE-A networked femtocells<br>10.5. Conclusions<br>11. Test bed for simulations of the effect of a vehicle ad hoc network on traffic flow<br>11.1. Introduction<br>11.2. Criticism of generally accepted fundamentals and methodologies of traffic and transportation theory<br>11.3. Kerner–Klenov stochastic microscopic three-phase traffic flow model<br>11.4. Model of an ad hoc network<br>11.5. Simulations of a neighbour table<br>11.6. Highway control based on ad hoc network<br>11.7. Prevention of traffic breakdown at an on-ramp bottleneck through vehicle ad hoc network<br>11.8. Prevention of moving jam emergence in synchronized flow through vehicle ad hoc network<br>11.9. Effect of danger warning ‘breakdown vehicle ahead’ on congestion patterns<br>11.10. Conclusions<br>12. Simulative performance evaluation of vehicular networks<br>12.1. Introduction<br>12.2. Mobility<br>12.3. Wireless communication<br>12.4. Coupling mobility and network simulators<br>12.5. Performance evaluation<br>13. Architectures for intelligent vehicles<br>13.1. Introduction<br>13.2. Protocol architectures in communications<br>13.3. A survey of intelligent vehicle architectures<br>13.4. An architecture for CDSs<br>13.5. Conclusion<br>Index