Designing Gesture Interface for Automotive Environment
Journal Title: International Journal of Innovative Research in Advanced Engineering - Year 2016, Vol 0, Issue 0
Abstract
The continual growth in electronic technology signifies a wide scope for research in automotive domain. Presently, the automotive environment consists of various electronic systems embedded for the comfort of end user. The infotainment system is one of such embedded feature incorporated in advance automobiles. A typical infotainment device consists of radio, media player and telephone features as its basic application. The growing popularity of these infotainment systems implies the scope for development in the entire domain of product design for generating a console application. The traditional method for interaction with these infotainment systems involves manual operations assisted with a remote control. Thus, exploring infotainment systems for effective human machine interface (HMI) techniques is to be done, aiming for a better solution. Gesture based interaction is a new possibility for having communication with these infotainment system. The use of gesture interface provides touch less mode of interaction. Thus, it becomes necessary to study the automotive environment to define the placement and usage of interface system considering its users. The driver being the primary user gets the majority of dash board access, thus developing an effective interface for dash board is the primary goal. Further designing a gesture based access control for the passengers in automotive domain is a novel solution in minimizing driver efforts. In the present work design and analysis of a prototype gesture interface for infotainment system is discussed considering its optimum usage for the passenger accommodating rear seat in automobile. Additionally the implementation of the prominent interface is carried in a view to characterize the constraints and define its usability quotient. The prototype setup for experimental work consists of MATLAB based algorithms for interpreting the interface.
Authors and Affiliations
Anand G Buddhikot, Nitin. M. Kulkarni, Arvind. D. Shaligram
Keywords
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