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PRE-DRIVE C2X Deliverable D0.3 Final report_20100929.pdf

PRE-DRIVE C2X Deliverable D0.3 Final report_20100929.pdf

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<strong>PRE</strong>-<strong>DRIVE</strong> <strong>C2X</strong> 9/29/2010<br />

With the potential benefits of vehicular communication proven, next steps<br />

were the specification and prototypical realisation of a common European<br />

architecture for cooperative systems that does closely follow the definitions set<br />

up by COMeSafety. In order to get a realistic idea of the benefits that can be<br />

expected, this needed to be accompanied by an a priori estimation of the<br />

impact on road safety and traffic efficiency employing tools for impact<br />

assessment that are commonly agreed and allow for reproduceable and<br />

comparable results.<br />

For the aforementioned reasons the overall goals of the <strong>PRE</strong>-<strong>DRIVE</strong> <strong>C2X</strong><br />

project proposal were to:<br />

<br />

<br />

establish a pan European architecture framework for cooperative systems,<br />

that ensures interoperability of all different applications of vehicle to vehicle<br />

and to infrastructure communications for safety and mobility.<br />

perform a consistent a priori estimations of the impact on traffic safety and<br />

mobility of cooperative systems for road safety and traffic efficiency<br />

pave the road for the forthcoming field operational tests on cooperative<br />

systems<br />

identify the key enabling and disabling factors to plan the future market<br />

introduction.<br />

In order to design, develop and demonstrate the envisaged common<br />

European architecture for vehicle-to-vehicle and vehicle-to-infrastructure<br />

communication and to prove the proper functioning and the expected benefits<br />

<strong>PRE</strong>-<strong>DRIVE</strong> <strong>C2X</strong> brought together all relevant European actors in that field<br />

that had to do the step forward for the common architecture, namely the<br />

vehicle makers and the relevant automotive and technology suppliers in the<br />

field.<br />

This step was done by implementing the architecture designed jointly by<br />

COMeSafety together with the projects on cooperative systems running at the<br />

time of COMeSafety. In this way the vehicles can now become the key to<br />

really enable the interoperability that is needed to obtain a sustainable<br />

deployment ramping up in short term.<br />

However, involved actors, at all levels, did not only set up a prototype system<br />

that can easily be replicated for future activities such as field operational tests<br />

but did also provide a dedicated simulator for cooperative systems allowing<br />

comprehensive system evaluation from a technical as well as from a safety<br />

and a traffic impact related viewpoint and develop the necessary tools and<br />

methods for future evaluation in real environments.<br />

The <strong>PRE</strong>-<strong>DRIVE</strong> <strong>C2X</strong> work was organised as follows:<br />

2.1.1 WP1000 System architecture development<br />

Based on the relevant scenarios and the resulting applications the European<br />

communication architecture that was drafted by the COMeSafety support<br />

action was transferred into a working prototype that made use of existing<br />

systems and components wherever possible in order to guarantee easy<br />

implementation and quick market introduction. This prototype was verified and<br />

<strong>Deliverable</strong> <strong>D0.3</strong> Version 1.0 3<br />

<strong>Final</strong> Report

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