Simulation has been widely used to estimate the benefits of ADAS with embedded sensors or more recently Cooperative Systems based on Inter-Vehicular Communications. This paper presents the proposal of a new architecture built with the both SiVIC and RTMaps platforms in order to prototype, to test and to validate eco-driving applications. In this architecture, the innovation is mainly due to the real-time immersion of a real driver in a 3D virtual environment. In this “Hardware In the Loop” platform, major contributions have been made about vehicle modeling updating, interconnection between SiVIC and an HMD. Moreover, a first modeling of a consumption sensor is proposed and used in order to achieve some tests of fuel consumption on the virtual Satory's track. All these contributions have been tuned with on-road measurements to improve reality of the scenarios. We discuss the results of a simple eco-driving scenario implemented to validate our architecture's capabilities.


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    Title :

    Proposal of a virtual and immersive 3D architecture dedicated for prototyping, test and evaluation of eco-driving applications


    Contributors:
    Gruyer, D. (author) / Orfila, O. (author) / Judalet, V. (author) / Pechberti, S. (author) / Lusetti, B. (author) / Glaser, S. (author)


    Publication date :

    2013-06-01


    Size :

    1629385 byte





    Type of media :

    Conference paper


    Type of material :

    Electronic Resource


    Language :

    English



    PROPOSAL OF A VIRTUAL AND IMMERSIVE 3D ARCHITECTURE DEDICATED FOR PROTOTYPING, TEST AND EVALUATION OF ECO-DRIVING APPLICATIONS

    Gruyer, D. / Orfila, O. / Judalet, V. et al. | British Library Conference Proceedings | 2013



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