CO-DRIVE

CO-DRIVE
General information
Type: Pilot
Tested system/service:
Countries: France	? test users
14 partners	? vehicles
Active from 2012 to 2014
Contact
Project Factsheet
Philippe Gougeon
Philippe.Gougeon@valeo.com
Valeo France
Catalogue entries
Data catalogue	Tools catalogue
Data sets used in this FOT: No data set is linked to this FOT Click here to create a new data set or here to browse existing data sets to link them to this FOT	The following tools were used in this FOT: No tool is linked to this FOT Click here to create a new tool or here to browse existing tools to link them to this FOT

This project aims to validate a per-industrialisation approach towards a cooperative driving system between user, vehicle and infrastructure to suggest an intelligent, secure and calm route, for sustainable mobility.

The system will provide:

• A complementary dynamic infrastructure and traffic management tool for the provision of vehicle data and guidance to drivers.
• More reliable, rapid and user-localised services: regulatory speed limits, advisory speed limits for traffic control, local or surrounding area alerts (weather, tailbacks, roadworks, lane closures, accidents ...).

Details of Field Operational Test

Objectives

Once completed, the Co-Drive project will make it possible to:

• List the relevant (vehicle and/or infrastructure) data to be processed along with the different envisaged users
• Provide a dynamic basis for regulatory and recommended speeds
• Develop a progressive communication gateway for the collection and dissemination of data between vehicles and the infrastructure
• create modular software components for processing vehicle data to interface with traffic management software with the aim of developing a "Support system for intelligent road management" software package
• Install on the infrastructure managers's traffic management PC a vehicle data management system for transmitting localised, appropriate instructions
• Define the technical specifications to ensure the system is robust (communication, information management, associated components)
• Supply the first test methods for cooperative control and command systems
• Create a full demonstration system (vehicle/infrastructure) on the Versailles / Satory test site, including a scalable embedded open communication box, a fully equipped electric vehicle, intelligent infrastructure components, a motorway simulation model (vehicles, traffic, incidents, accidents, ...)
• Stipulate the rules governing retrofitted equipment and associated testing norms
• study the obstacles and solutions related to user, social and legal acceptability of the system

Financing

Overall

6,6 M€

Public

2,8 M€

Cooperation partners and contact persons

VALEO, Clemessy, APRR, Mediamobile, Sopermea, Comsis, Civitec, Tecris, Citilog, Navecom, INRIA, IFSTTAR, INSA Rouen, Université de Versailles

Sources of information

http://pole-moveo.org/pdf-projets-das/Codrive-A.pdf