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Rigorous Algorithm for Solving the Inverse Kinematics of a Manipulator ARM

机译:一种求解机械臂aRm逆运动学的严格算法

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In this report, the kinematics of an articulated manipulator are studied, and an algorithm, based on a polynomial expression, is proposed which allows exact solutions of the inverse problem for a type of manipulator structure. Compared to the traditional methods, the present approach permits to find all feasible solutions of the inverse problem of the manipulator for a specified location and orientation. The algorithm for the solution was implemented in the computer code ARM2 for a six degree-of-freedom manipulator. The results of computer simulation of the direct and inverse kinematics showed that numerical solutions were sufficiently reliable. This approach will be applicable to other types of manipulator configurations with rotary and revolutionary joints. (ERA citation 12:028577)

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