2002•Unpublished venueRequires access

A systematic approach to robot inverse kinematics

Jinhui Wu

Open publisher page 2 citations

Abstract

A systematic approach to solving the inverse kinematics problem is presented. This approach identifies the complexity of an inverse kinematics problem quickly and then finds the solution more easily than conventional methods. Examples are given to demonstrate the implementation of the proposed approach. The approach employs the matrix exponential and the concept of cluster joints

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What this paper is about

A systematic approach to solving the inverse kinematics problem is presented. This approach identifies the complexity of an inverse kinematics problem quickly and then finds the solution more easily than conventional methods. Examples are given to demonstrate the implementation of the proposed approach. The approach employs the matrix exponential and the concept of cluster joints

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Available abstract

A systematic approach to solving the inverse kinematics problem is presented. This approach identifies the complexity of an inverse kinematics problem quickly and then finds the solution more easily than conventional methods. Examples are given to demonstrate the implementation of the proposed approach. The approach employs the matrix exponential and the concept of cluster joints

Key concepts: Inverse kinematics, Kinematics, Inverse, Robot kinematics, Computer science, Kinematics equations, Exponential function, Robot

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