Study of Interactive Bicycle Simulator in Application of Virtual Reality
碩士 === 國立臺北科技大學 === 機電整合研究所 === 95 === The concept of this study is a use of cable driven parallel mechanism with worm and worm-gear reducer on the three degrees-of-freedom dynamic platform. Furthermore, LQG/LTR control (LQR, State Estimate using Kalman Filter and Loop Transfer Recovery) and PID con...
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ndltd-TW-095TIT056510692019-06-27T05:10:23Z http://ndltd.ncl.edu.tw/handle/9p5q95 Study of Interactive Bicycle Simulator in Application of Virtual Reality 互動式自行車模擬器應用於虛擬實境之研究 Fong-Jie Chen 陳峰傑 碩士 國立臺北科技大學 機電整合研究所 95 The concept of this study is a use of cable driven parallel mechanism with worm and worm-gear reducer on the three degrees-of-freedom dynamic platform. Furthermore, LQG/LTR control (LQR, State Estimate using Kalman Filter and Loop Transfer Recovery) and PID control are used as the control law for dynamic platform. In addition, ARMAX of Model Structure is used for system identification. In this study, Microchip PIC18F452 and FT232BL USB Control Chip of FTDI are applied to bulid the embedded system. This embedded system and computer-controlled systems with LabJack U12 DAQ serve as the control interface of servo control for dynamic platform. Electromagnetic powder clutch is adopted as the loading in rear wheel resistance system. Through the use of Virtools SDK, we also obtain the bicycle motion equation, self-stabilization and yaw angle motion equation, handlebar-torque-estimator, rear wheel of bicycle torque estimator, and road condition estimator of bicycle dynamics. This study has developed a successful interactive capability bicycles simulator through efficient integration of Virtools SDK, embedded system and computer-controlled system. Jung-Tang Huang Ching-Kong Chen 黃榮堂 陳正光 2007 學位論文 ; thesis 109 zh-TW |
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碩士 === 國立臺北科技大學 === 機電整合研究所 === 95 === The concept of this study is a use of cable driven parallel mechanism with worm and worm-gear reducer on the three degrees-of-freedom dynamic platform. Furthermore, LQG/LTR control (LQR, State Estimate using Kalman Filter and Loop Transfer Recovery) and PID control are used as the control law for dynamic platform. In addition, ARMAX of Model Structure is used for system identification. In this study, Microchip PIC18F452 and FT232BL USB Control Chip of FTDI are applied to bulid the embedded system. This embedded system and computer-controlled systems with LabJack U12 DAQ serve as the control interface of servo control for dynamic platform. Electromagnetic powder clutch is adopted as the loading in rear wheel resistance system. Through the use of Virtools SDK, we also obtain the bicycle motion equation, self-stabilization and yaw angle motion equation, handlebar-torque-estimator, rear wheel of bicycle torque estimator, and road condition estimator of bicycle dynamics. This study has developed a successful interactive capability bicycles simulator through efficient integration of Virtools SDK, embedded system and computer-controlled system.
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author2 |
Jung-Tang Huang |
author_facet |
Jung-Tang Huang Fong-Jie Chen 陳峰傑 |
author |
Fong-Jie Chen 陳峰傑 |
spellingShingle |
Fong-Jie Chen 陳峰傑 Study of Interactive Bicycle Simulator in Application of Virtual Reality |
author_sort |
Fong-Jie Chen |
title |
Study of Interactive Bicycle Simulator in Application of Virtual Reality |
title_short |
Study of Interactive Bicycle Simulator in Application of Virtual Reality |
title_full |
Study of Interactive Bicycle Simulator in Application of Virtual Reality |
title_fullStr |
Study of Interactive Bicycle Simulator in Application of Virtual Reality |
title_full_unstemmed |
Study of Interactive Bicycle Simulator in Application of Virtual Reality |
title_sort |
study of interactive bicycle simulator in application of virtual reality |
publishDate |
2007 |
url |
http://ndltd.ncl.edu.tw/handle/9p5q95 |
work_keys_str_mv |
AT fongjiechen studyofinteractivebicyclesimulatorinapplicationofvirtualreality AT chénfēngjié studyofinteractivebicyclesimulatorinapplicationofvirtualreality AT fongjiechen hùdòngshìzìxíngchēmónǐqìyīngyòngyúxūnǐshíjìngzhīyánjiū AT chénfēngjié hùdòngshìzìxíngchēmónǐqìyīngyòngyúxūnǐshíjìngzhīyánjiū |
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