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Authors
Barbe, Jerome, Boy, Guy, Sans, Mariano

Identifier
10.3182/20070904-3-KR-2922.00051

Index Terms
human-centred design,driver behaviour,human-machine interface,pollution

Abstract
This paper presents the evaluation of a new onboard system designed to reduce fuel consumption and CO2 production. The GERICO system enables the driver to adopt the best driving behaviour, smooth speed and good gear management. We carried out 80 tests (with training and GERICO) with 40 drivers in the Toulouse area. The main results show that training contributes to a 11% consumption reduction whereas using the GERICO system contributes to a 16% consumption reduction. Drivers consider that the system is useful and a good aid to fight against bad habits and reduce fuel consumption.

References

[1] Amalberti, R. (1996). La conduite de systèmes à
    risque, Paris, PUF.
[2] Barbé, J. and G. Boy (2006). On-board system
    design to optimise energy management. In
    proceedings of the European Annual Conference
    on Human Decision-Making and Manual
    Control (EAM'06), September 27-29, 2006,
    Valenciennes, France.
[3] Boy, G. (1998). Cognitive function analysis, Volume
    2 in the series contemporary studies in cognitive
    science and technology. Ablex Publishing
    corporation, Distributed by Greenwood, CT,
    USA.
[4] Boy, G. (sous la direction de) (2003). Ingénierie
    cognitive: IHM et cognition, Traité des sciences
    cognitives, Hermes.
[5] Boy, G. (2005). Human modeling program: initial
    approach and literature review. Eurisco
    Technical Report no T-2005-148-A.
[6] Michon, J.A. (1979). Dealing with danger. Report
    VK 79-01, Traffic Research Centre, University
    of Groningen, Groningen, the Netherlands.
[7] Rasmusen, J. (1986). Information Processing and
    Human-Machine Interaction: an Approach to
    Cognitive Engineering. Amsterdam: North-Holland.:
     Elsevier Science Publishers.
[8] Sans, M., M. Fadel, M. Grandpierre and C. Liot
    (2005). Global energy management for vehicle
    in GERICO project. EVS21 Monaco, session
    Energy Efficiency and Energy Security, April
    2005.
[9] Van der Molen, H.H. and A.M.T. Bötticher (1988).
    A hierarchical risk model for traffic participants.
    Ergonomics, 31 (4), 537-555.
[10] Wickens, C.D., D.L. Sandry and M. Vidulich (1983).
     Compatibity and resource competition between
     modalities of input, central processing, and
     output. Human Factors, 25, 2, 227-248.