Towards An In-Vehicle Sonically-Enhanced Gesture Control Interface: A Pilot Study | Zendy

Jason Sterkenburg | Zendy; Steven J. Landry | Zendy; Myounghoon Jeon | Zendy; Joshua Johnson | Zendy

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Towards An In-Vehicle Sonically-Enhanced Gesture Control Interface: A Pilot Study

Author(s) -

Jason Sterkenburg,

Steven J. Landry,

Myounghoon Jeon,

Joshua Johnson

Publication year - 2016

Language(s) - English

Resource type - Conference proceedings

DOI - 10.21785/icad2016.015

Subject(s) - workload , computer science , gesture , preference , control (management) , auditory feedback , interface (matter) , human–computer interaction , driving simulator , simulation , psychology , computer vision , artificial intelligence , bubble , neuroscience , maximum bubble pressure method , parallel computing , economics , microeconomics , operating system

In-vehicle touchscreens provide many modern conveniences. However, touchscreen use also increases crash risk. A new type of in-vehicle gesture system is needed to improve driving safety while maintaining infotainment functionality drivers have come to expect. We propose an in-vehicle sonically enhanced gesture control interface. Relevant literature is introduced and results from a pilot study are described, followed by a discussion of potential future work.

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