Design And Development Of Haptic Information System In Automated Driving Vehicle To Mitigate Motion Sickness

Juraimi, Muhammad Azrul (2021) Design And Development Of Haptic Information System In Automated Driving Vehicle To Mitigate Motion Sickness. Project Report. UTeM, Melaka, Malaysia. (Submitted)

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Abstract

An automated driving vehicle is a vehicle capable of driving itself without human interaction by sensing the environment. A driver can do non-driving related tasks such as working, eating, and more. However, drivers' involvement in these tasks will lead to mismatch between sensory organs and cause motion sickness. It led to discomfort and unpleasant feeling when driving an automatic driving vehicle. This project presents the design and development of a haptic information system in the automated driving vehicle to mitigate motion sickness. This project focuses on designing a device that can give earlier information about the direction and prevent misalignment of the driver. The development starts with finding information from the previous study and make a concept design. In this project, three conceptual designs were suggested, and the best design was selected. SolidWorks software has been used for detailed design and documentation of the device. The on-field study will then be conducted, and questionnaires will be given to participants to obtain the data about motion sickness susceptibility, situation awareness, and behavior in the vehicle. It is expected that the device can reduce motion sickness by increasing situational awareness and correcting the posture. The device can help the driver to do the non-driving activities while driving in an automatic driving vehicle.

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