首先推导了下位机关节位置伺服控制系统的数学模型，然后推导了在上位机上实现的滑模变结构控制率，并进行了实验研究。
First, the mathematic model of joint position servo control system is deduced, then, the sliding mode variable structure control rule is obtained, finally experiment study is carried through.
并就机械手伺服控制系统的速度调节、位置检测与反馈、各关节动作的协调等方面的设计作了说明。
Meanwhile, the speed regulation, position detection and feedback, movement coordination of each joint in the servo control system of this manipulator are described in the article.
单片机做为位置伺服控制完成PID控制算法，由计算机协调各关节的运动，准确地跟踪轨迹规划，使速度达到完全可控，机器人协调工作。
Main computer harmonizes the movement of every joint and traces path planning accurately. The system has accomplished the speed controllability and the coordinate work on Robot.
单片机做为位置伺服控制完成PID控制算法，由计算机协调各关节的运动，准确地跟踪轨迹规划，使速度达到完全可控，机器人协调工作。
Main computer harmonizes the movement of every joint and traces path planning accurately. The system has accomplished the speed controllability and the coordinate work on Robot.
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