A Virtual Reality Cycling System Based On Multi-Sensor Fusion

Cycling is a popular sport, however, many enthusiasts can't go outside for the weather and traffic accidents. In order to solve this problem, we propose a virtual reality cycling system with multi-sensor fusion. Hall sensors, gyroscopes and other sensors are used to capture the cycling speed and rotation angle. Using Bluetooth to exchange realtime data with the mobile virtual reality scene, we can monitor the movement consumption and the speed and distance of the bicycle in real time. In order to simulate the natural wind effect during cycling and enhance the cycling experience, the real time speed of the bicycle is used to drive the motor to generate the natural wind from the fan. Finally, the virtual simulation scene of bicycle riding is built through the virtual reality environment of mobile phone, and the indoor VR cycling effect is realized.