The aim of this thesis is the design of new and intuitive user interfaces for reduced driver distraction in automobiles. Therefore, the thesis presents different methods for the detection of distraction in automotive scenarios by means of: (a) monitoring the interaction process, (b) analyzing vehicle data, and (c) tracking the gaze direction. Based on an extensive analysis of these parameters, various approaches for adapting the information flow to the driver’s visual attention are presented and evaluated. Finally, an overview of possible gaze-driven applications in other domains is presented.
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The aim of this thesis is the design of new and intuitive user interfaces for reduced driver distraction in automobiles. Therefore, the thesis presents different methods for the detection of distraction in automotive scenarios by means of: (a) monitoring the interaction process, (b) analyzing vehicle data, and (c) tracking the gaze direction. Based on an extensive analysis of these parameters, various approaches for adapting the information flow to the driver’s visual attention are presented and...
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