Vehicle-to-Vehicle and Vehicle-to-Infrastructure Communications

This book focuses on the most critical technical aspects of vehicle-to-vehicle (V2V) and vehicle-to-infrastructure (V2I) communications. It covers the smart city concept and architecture and explains how V2V and V2I fit into it. It describes the wireless communication protocols for V2V and V2I. It then explains the hardware design process for vehicle communication transceiver and antenna systems. It explains next-generation wireless technologies and their requirements for vehicle communication protocols. Case studies provide the latest V2V and V2I commercial design details. Finally, it describes how to implement vehicle communication protocol from practical hardware design angle.

Dr. Fei Hu is a full professor in the department of electrical and computer engineering at the University of Alabama. He has published 200+ papers on wireless communications, machine learning, and security. Please refer to his website: http://feihu.eng.ua.edu/ for more details on his research outcomes. He has worked with CRC press for over 8 years and has 10+ books published by CRC.

Preface Editor Contributors Section I OVERVIEW 1 A Review on V2V Communication for Traffic Jam Management MYOUNGGYU WON Section II V2X ROUTING 2 Routing Protocols in V2V Communication YAO-HUA (DANNY) HO 3 Cooperative Data Scheduling via V2V/V2I Communications in Software-Defined Vehicular Networks KAI LIU, VICTOR C. S. LEE, SANG H. SON, JOSEPH K. Y. NG, JIANNONG CAO, AND HONGWEI ZHANG Section III V2X NETWORK TYPES 4 Application and Performance of CEN-DSRC to the Smart Tachograph SITHAMPARANATHAN KANDEEPAN AND GIANMARCO BALDINI 5 Wi-Fi on the Wheels Modeling and Performance Evaluation XI CHEN 6 IEEE 802.15.13-Compliant Visible Light Communications in Vehicular Networks BUGRA TURAN, SINEM COLERI ERGEN, OMER NARMANLIOGLU, AND MURAT UYSAL Section IV V2X APPLICATIONS 7 Toward Platoon-Aware Retiming of Traffic Lights in a Smart City DAN C. MARINESCU, RYAN FLORIN, AND STEPHAN OLARIU 8 Messages for Cooperative Adaptive Cruise Control Using V2V Communication in Real Traffic XIAO-YUN LU, STEVEN E. SHLADOVER, ARAVIND KAILAS, AND OSMAN D. ALTAN Section V ANTENNAS FOR V2X 9 MIMO in Vehicular Communication Networks: Channel Modeling, Cooperative Relaying, and Resource Allocation CHRISTOS N. EFREM AND ATHANASIOS D. PANAGOPOULOS 10 Antenna Placement and Beam Direction Effects on V2V Communication Channels MILAD MIRZAEE, NISCHAL ADHIKARI, AND SIMA NOGHANIAN 11 The Fundamental Principles of Antenna Theory for V2I Deployments JONATHAN B. WALKER 12 Radio Channel Measurements and Modeling for V2V Communications RUISI HE Section VI PHYSICAL LAYER TECHNOLOGIES 13 Design Methodologies Comparison of an OFDM System and Implementation Issues Using FPGA Technology for Vehicular Communications GEORGE KIOKES AND ERIETTA ZOUNTOURIDOU 14 A Novel Comparative Study of Different Coding Algorithms and Implementation Issues through FPGA Technology for Wireless Vehicular Applications GEORGE KIOKES Section VII FUTURE DEVELOPMENTS 15 Vehicular Network Simulation via ns-3 with Software-Defined Networking Paradigm KE BAO AND FEI HU 16 WWW: World Wide Wheels-A Paradigm Shift for Transportation Systems via xG ALI BOYACI, ALI RIZA EKTI, MUHAMMED ALI AYDIN, AND SERHAN YARKAN 17 Exploiting Infrastructure-Coordinated Multichannel Scheme for Improving Channel Efficiency in V2V Communications XIAOHUAN LI, CHUNHAI LI, XIN TANG, RONGBIN YAO, AND XIANG CHEN Index