Abstract
Drivers' inattention to obstacles on the road is a major cause of traffic accidents, and developing advanced driver assistance system (ADAS) to support the driver's visual search has been a challenge. This is partly due to the complexity of developing user interfaces that indicate the positional information of objects around the vehicle, such as pedestrians or bicyclists. In this study, we propose an interface design of an visual search assistance system displayed on an electronic instrument cluster. The graphical user interface that employs dynamic motion cues was designed to be perceived in a driver's peripheral vision. A user test is conducted to assess four experimental designs we implemented. The usability factors to evaluate the designs were introduced, and the results indicate that users' preferred design provide the better assistance.
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