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Theoretical and Simulation Studies of Information Throughput and Communication Delay of Inter-Vehicle Communication Networks

Status

Complete

Project Timeline

August 1, 2008 - July 31, 2009

Principal Investigator

Wenlong Jin

Project Team

Alejandro Bayas Fernandez, Jae Young Jung, Hao Yang, Amelia Regan, Choong Heon Yang, Rex Chen, R. (Jay) Jayakrishnan

Sponsor, Program & Award Number

Caltrans // UCTC Caltrans Match: 6294
(Subcontract to UC Berkeley)

Areas of Expertise

Intelligent Transportation Systems, Emerging Technologies, & Big Data

Team Departmental Affiliations

Civil and Environmental Engineering, Computer Science

Project Summary

With the wide-spread of wireless communication units, it is probable to establish an inter-vehicle communication (IVC) network to collect and distribute traffic and other information in a distributed fashion. Key performance measures of such a system include information throughput and communication delay between a pair of source-destination pair. In this research we propose to study the performance of IVC in traffic streams on unidirectional roads, bidirectional roads, and road networks both theoretically and with simulations based on Network Simulator 2. We will investigate the impacts on IVC of different market penetration rates, transmission ranges, number of information source-destination pairs, and routing protocols. The research would be helpful for better understanding of the feasibility and benefits of an advanced traveler information system based on an IVC system.  

Related Publications

conference paper | Jan 2010

An empirical study of inter-vehicle communication performance using NS-2
Proceedings of the 17th ITS world congress, busan, south Korea

Read more

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