Previous Human Factors studies in the automotive fieldshowed that drivers performance is influenced by thetype of Force Feedback (FF) reproduced by the steeringwheel. In the present study, six FF were compared.Results suggest that the effect of the type of FFdepends on the specific driving scenario, thussuggesting the utility of an adaptive force feedbackbased steering wheel. In the final part of the paper, wedescribe how such a system could be implemented in areal vehicle.
Force feedback: New frontier as the innovative driving comfort tool / L., Minin; R., Montanari; C., Corbelli; Iani, Cristina. - STAMPA. - 2:(2008), pp. 2147-2150. (Intervento presentato al convegno 28th Annual CHI Conference on Human Factors in Computing Systems tenutosi a Florence, ita nel 5-10 aprile 2008) [10.1145/1358628.1358647].
Force feedback: New frontier as the innovative driving comfort tool
IANI, Cristina
2008
Abstract
Previous Human Factors studies in the automotive fieldshowed that drivers performance is influenced by thetype of Force Feedback (FF) reproduced by the steeringwheel. In the present study, six FF were compared.Results suggest that the effect of the type of FFdepends on the specific driving scenario, thussuggesting the utility of an adaptive force feedbackbased steering wheel. In the final part of the paper, wedescribe how such a system could be implemented in areal vehicle.
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