Cognitive Radio Enabled Vehicular Cyber-Physical System for Urban Area

 February 07, 2018 - February 08, 2021


The current proposed standards for the vehicular to vehicular (V2V) are Distance Short Range Communication (DSRC) and IEEE 1960. These standards are widely adopted in Europe and USA. It is likely to be a part of Indian Intelligent Transport System (ITS) policy too. In India, it is currently implemented in few cities for the electronic toll collection (ETC) but not for the ITS. The DSRC standard has six user channels and one control channel to provide communication between the vehicles. India has

Description

The current proposed standards for the vehicular to vehicular (V2V) are Distance Short Range Communication (DSRC) and IEEE 1960. These standards are widely adopted in Europe and USA. It is likely to be a part of Indian Intelligent Transport System (ITS) policy too. In India, it is currently implemented in few cities for the electronic toll collection (ETC) but not for the ITS. The DSRC standard has six user channels and one control channel to provide communication between the vehicles. India has different type of landscape and vehicular traffic (heavily populated with two and four wheeler) in urban areas. In Indian context, the DSRC standard is insufficient to provide the wireless resources to establish the communication between the vehicles and roadside infrastructure. Based on such issues, the project will be going to address the different issues using Cyber Physical System, like feasibility of DSRC standards for V2V Communications in urban areas, low/high mobility constraints, Driver’s behavior and road condition alerts etc. 

Grant/Sponsoring agency: DST-ASEAN (Association of South East Asian Nations) collaborative R&D program 

Foreign Partner: 

  • India Partner: Ahmedabad University
  • ASEAN Foreign Partners: (1) NTU- Singapore (2) Institute for Infocomm Research (I2R), Agency for Science, Technology, and Research (A*STAR), Singapore (3) UTAR, Malaysia (4) Monash University, Malaysia

 

Faculty

Tags

Vehicular Cyber Physical System


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