• Journal of the Korea Academia-Industrial cooperation Society
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• v.14 no.12
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• pp.6090-6097
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• 2013

A pneumatically-driven driving simulator that provides a realistic representation of the driving environment was developed. The motion platform for the driving simulator is a mechatronic device that gives a driver the realistic feeling of an actual vehicle. The cost of the motion platform comprises the largest part of the expenses in developing a driving simulator. In this project, to develop a low-cost motion platform, the self-built motion platform based on the Stewart platform configuration that is constructed by six pneumatic cylinders was used as its actuator. The Stewart platform that moves in response to the operating signals of the joystick showed satisfactory tracking performance. We confirmed the possibility of the driving simulator using rFactor that is a commercially available racing game software.

• Proceedings of the Korean Institute of Information and Commucation Sciences Conference
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• 2014.05a
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• pp.516-517
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• 2014

This research has implemented the new game to develop the platform driving type that we contact frequently in mobile game market. We produced the prototype, 'Milky Wavy', for it. This game conduct to avoid the hole in the bottom in map that it splits or rotates, gain the coin, and take points. This game is controled to many characters in both hands. We focus to play that many balls can be moved simultaneously in the consideration of the principle physical laws. This research suggests the method to manufacture multi-driving platform game to control many characters at the same time.