Pneu-Haptics: Unlocking the Potential of a Haptic Cueing System for Driver Communication, Collaboration and Control with (Semi-) Autonomous Vehicles

Description du projet

Favoriser la communication par le toucher

L’expérience de conduite évolue à mesure que les véhicules passent d’un contrôle manuel à un contrôle semi-autonome. Cependant, les signaux sonores et les feux clignotants restent les principales méthodes de communication avec les conducteurs, ce qui entraîne une surcharge cognitive. Dans ce contexte, le projet Pneu-Haptics, financé par le CER, utilise des signaux haptiques pilotés par des pneumatiques et installés dans les sièges pour activer l’intelligence innée du corps. Il peut s’adapter aux changements de posture, de la détente à l’alerte, en déplaçant doucement le support sous le dos du conducteur, lui permettant ainsi de reprendre le contrôle naturellement. Cette méthode créative vise à accroître la sécurité tout en rendant l’expérience moins perturbante. Le projet influencera la façon dont les conducteurs et les voitures communiquent par le toucher en créant un démonstrateur fonctionnel.

Objectif

There is an on-going societal shift from manual vehicles to semi-autonomous vehicles, which will fundamentally alter the practical, emotional and somatic experience of driving cars, trucks, trains, and even tractors. At the same time, innovations in strategies for communicating with the driver have not advanced beyond the utilization of visual and audio modalities. As the driving experience becomes more complex this has led to an overwhelming cognitive experience consisting of excessive blinking and beeping. Pneu-Haptics is a new approach to this problem of communication with the driver. Making use of pneumatically powered haptic cues embedded within the seat, Pneu-Haptics utilises the intelligence that resides in our bodies by touching and gently moving larger body parts in ways which can somatically and intuitively create conditions for action or emotion. For example, by dynamically changing the support of a driver’s back area, the driver’s posture can be altered from a slouched and more relaxed position to an erect and alert postural state that readies the driver for taking back control of the vehicle. This ERC PoC project will evaluate whether such an approach can improve the passive safety of the driver by moving beyond approaches which rely on pure symbolic meaning and cognitive reasoning. While at the same time make the driving a smoother and non-disruptive experience. The goal of the Pneu-Haptics PoC project is to demonstrate the effectiveness and value of Pneu-Haptics as a new modality for enabling communication and collaboration between a driver and a vehicle in a way which is a dignified aesthetic experience. Together the research team will produce a robust demonstrator for testing and demonstrating to Pneu-Haptics to relevant industries, establish a ‘killer’ app and industry for Pneu-Haptics and develop a business plan for bringing Pneu-Haptics to market.