DSP主控之兩輪機器人平衡與兩輪同步控制; DSP-based balance and two-wheel synchronous control for two-wheel robot

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Please use this identifier to cite or link to this item: http://ir.lib.ncu.edu.tw/handle/987654321/9789

Title:	DSP主控之兩輪機器人平衡與兩輪同步控制;DSP-based balance and two-wheel synchronous control for two-wheel robot
Authors:	蔡僑倫;Chiao-Lun Tsai
Contributors:	電機工程研究所
Keywords:	平衡;數位訊號處理;模糊;兩輪;fuzzy;DSP;balance;two wheels
Date:	2004-06-23
Issue Date:	2009-09-22 11:56:13 (UTC+8)
Publisher:	國立中央大學圖書館
Abstract:	兩輪機器人系統是一個兩輪自我平衡的機器車，可遙控前進、後退、轉彎及定位，它主要是以DSP F2812來做整個控制的核心，包括：模糊控制演算法、馬達伺服控制、A/D Converter、類比濾波器、數位濾波器、無線傳輸模組…等。系統中使用車身動態感測器（傾斜器、陀螺儀）量測車身傾斜角度及角速度，利用類比低通濾波器及數位濾波器進行訊號處理，以準確的計算車身與地面傾斜的角度及角速度等資訊，再使用編碼器量測車子馬達轉動的速度及角速度。接著以模糊控制演算法，利用重心之調整來維持兩輪機器人車身的平衡。最後再利用無線數據機，從Client端發出決策命令至兩輪機器人的接收端，進行兩輪車機器人前進、後退、轉彎…等控制功能。 Two-wheel robot system is a self-balance two-wheel robot car, we can control it self-balance, going forward and backward, making a turn and fixed position. DSP F2812 is the control center of the two-wheel-robot system, which includes fuzzy control algorithm, motor servo control, A/D converter, analog filter, digital filter, and wireless transmission module etc. In the system, the sensors tilt and gyro are used to measure inclination angle and angle velocity of the robot. Analog low-pass filter and digital filter process the above two signals to be usable. We use encoder to measure velocity and angle velocity of the motors of robot. Then the robot’s motions self-balance, going forward and backward, and making a turn are controlled by the designed fuzzy control algorithm in DSP. All control signals are transmitted via wireless transmission module.
Appears in Collections:	[Graduate Institute of Electrical Engineering] Electronic Thesis & Dissertation

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