Link Layer Cooperative Communication in Vehicular Networks 1st Edition by Sailesh Bharati, Weihua Zhuang ISBN 331958720X 9783319587202

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Product details:
ISBN 10: 331958720X
ISBN 13: 9783319587202
Author: Sailesh Bharati, Weihua Zhuang

Link Layer Cooperative Communication in Vehicular Networks 1st Edition Table of contents:

1 Introduction

1.1 Vehicular Ad-Hoc Networks

1.1.1 VANET Applications

1.1.2 VANET Characteristics

1.2 Node Cooperation in Wireless Communication

1.3 Motivation and Research Contributions

1.4 Outline

References

2 Background and Literature Review

2.1 Medium Access Control in VANETs

2.1.1 IEEE 802.11

2.1.2 Time Division Multiple Access

2.2 Link-Layer Cooperation

2.2.1 Objective and Issues

2.2.2 Link-Layer Cooperation

2.2.3 Cooperation for Makeup Transmission

2.3 Summary

References

3 System Model

3.1 Network Topology and Communication Among Nodes

3.2 Channel Access

3.3 Time Synchronization Among Vehicles

3.4 Neighboring Nodes

3.5 Reservation and Retention of Time Slots

References

4 Cooperation in ADHOC MAC

4.1 CAH-MAC Basics

4.1.1 Frame Information

4.1.2 Node Cooperation Mechanism

4.1.3 Cooperation Header and Cooperation Acknowledgement

4.2 Preliminaries for the Performance Analysis

4.2.1 Node Distribution

4.2.2 Distribution of the Number of Neighboring Nodes

4.2.3 Transmission During a Time Slot

4.2.4 Types of Time Slots and Their Distributions

4.2.5 Cooperation Enabled Transmission

4.2.5.1 Existence of Potential Helpers (Event 1)

4.2.5.2 Existence of Unreserved Time Slots (Event 2)

4.2.6 Benefits of Cooperation

4.3 Throughput Analysis

4.3.1 Expected Number of Successful Time Slots

4.3.2 Throughput and Throughput Gain

4.4 Reliability Analysis

4.4.1 Packet Transmission Delay

4.4.2 Packet Dropping Rate

4.5 Numerical Results

4.6 Summary

References

5 Enhanced Node Cooperation

5.1 System Overview

5.1.1 Channel Model

5.1.2 Cooperation Collisions and Release of Time Slots

5.2 Enhanced Cooperative ADHOC MAC

5.2.1 Types of Packet Structure

5.2.2 Cooperation Collision Avoidance

5.3 Utilization of an Unreserved Time Slot

5.3.1 Distribution of Node Number

5.3.2 Probability of Event 3

5.3.3 Probability of Event 4

5.3.4 Close-Form Expressions for Time Slot Utilization

5.4 Numerical Results

5.5 Simulation Results

5.6 Summary

References

6 Cooperative Relay Broadcasting

6.1 System Overview

6.1.1 Two-State Markov Channel

6.2 Node Cooperation for Broadcast Service in D-TDMA MAC

6.3 Optimal Helper Selection with Accurate Channel Information

6.4 Helper Selection with Channel Prediction

6.4.1 Prediction of Failed and Successful Nodes

6.4.2 Cooperation Decisions

6.4.3 Re-broadcasting of Tagged Packets

6.5 Simulation Results

6.6 Summary

References

7 Conclusions and Future Works

7.1 Conclusions

7.2 Open Issues for Further Research

7.2.1 Enhancing D-TDMA MAC Schemes

7.2.2 Efficient Channel Prediction for CRB

7.2.3 Cooperation in Multi-channel MAC

Reference

A Multi-channel Operation in VANETs

A.1 Multi-channel Operations in VANETs

A.2 Multi-channel MAC (MCM) Protocols

A.3 Cooperation in Multi-channel MAC

References

B Parameters in VISSIM Simulation

B.1 Car-Following Model

B.2 Lane Changing Parameters

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Tags: Sailesh Bharati, Weihua Zhuang, Link Layer, Cooperative Communication, Vehicular Networks