CALL FOR PAPERS

EURASIP JOURNAL ON WIRELESS COMMUNICATIONS AND NETWORKS

RECENT PROGRESSES IN WIRELESS ACCESS IN VEHICULAR ENVIRONMENT

(WAVE) AND FUTURE VEHICULAR COMMUNICATIONS SYSTEMS:

THEORETICAL ANALYSIS AND IMPLEMENTATION

 

Wireless access in vehicular environments (WAVE) technology comes into sight as a state-of-the-art solution to contemporary vehicular communications, which is anticipated to be widely applied in the near future to radically improve the transportation environment in the aspects of safety, intelligent management and data exchange services. WAVE systems will fundamentally smooth the progress of Intelligent Transportation Systems (ITS) by providing it with high performance physical platforms. WAVE systems will build upon the IEEE 802.11p standard, which is still active and expected to be ratified in April, 2009. Meanwhile, the VHF/UHF (700MHz) band vehicular communications systems are attracting increasingly attention recently.

 

The fast varying and harsh vehicular environment bring about several fresh research topics on the study of WAVE systems and future vehicular communications systems, which include physical layer challenges associated with mobile channels, capacity evaluation, novel network configuration, effective media access control (MAC) protocols, and robust routing and congestion control schemes.

 

The objective of this special section is to gather and circulate recent progresses in this fast developing area of WAVE and future vehicular communications systems spanning from theoretical analysis to testbed setup, and from physical/MAC layers’ enabling technology to network protocol. These research and implementation activities will be considerably helpful to the design of WAVE and future vehicular communications systems by removing major technical barriers and presenting theoretical guidance. This special issue will cover, but not limit to, the following main topics:

 

·        700MHz/5.8GHz vehicle-to-vehicle (V2V)/vehicle-to-infrastructure (V2I) single-input single-output (SISO)/MIMO channel measurement and modeling, channel spatial and temporal characteristics exploration;

·        Doppler shift study, evaluation and estimate, time and frequency synchronizations, channel estimate and prediction;

·        Utilization of MIMO, space-time coding, smart antenna, adaptive modulation and coding;

·        Performance study and capacity analysis of V2V and V2I communications operating over both 5.8GHz and 700Mz;

·        Software radio, cognitive radio and dynamic spectrum access technologies applied to WAVE and future vehicular communications systems;

·        Mesh network and other novel network configurations for vehicular networks;

·        Efficient MAC protocols development;

·        Routing algorithms and congestion control schemes for both real-time traffic warning message broadcasting and high-speed data exchange;

·        Cross-layer design and optimization;

·        Testbed or prototype activities.

Submission:

We only accept relevant original drafts in a PFD format that are not at present under review by other journals. Each draft will receive a minimum of three reviews. Details about preparing and submitting your submission can be obtained through the following link.

 
Guest Editors:

 

Prof. Weidong Xiang

University of Michigan, Dearborn, USA

Email: xwd@umich.edu

 

Prof. Javier Gozalvez

University Miguel Hernández, Spain

Email: j.gozalvez@umh.es

 

Prof. Zhisheng Niu

Tsinghua University, China

Email: niuzhs@tsinghua.edu.cn

 

Dr. Onur Altintas

Toyota InfoTechnology Center, Co. Ltd, in Tokyo

Email: onur@jp.toyota-itc.com

 

Prof. Eylem Ekici

Ohio State University, USA

Email: ekici@ece.osu.edu

-- 
_________________________________________________
Weidong Xiang, Ph.D. 
Assistant Professor, ECE Department, 
University of Michigan, Dearborn
Tel: 313.593.5525
Email: xwd@umich.edu
http://www-personal.engin.umd.umich.edu/~xwd/
_________________________________________________