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Manipulation-based skills for anthropomorphic human-arm system based on integrated ANFIS and vector calculus

Than Le, Le An

发表年份
2020
引用次数
2
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摘要

Abstract In this paper, we focus on developing our new approaches to solve Inverse Kinematics using Vector Calculus and integrating the ANFIS module. Specifically, these approaches are evaluated in term of accuracy and performance on the 5-DOF robotic arm model inspired by the human arm structure. Evaluation for our new approaches are described detail in this paper and therefore shows the efficiency and robustness of our methods and potentially leads a new research direction in modeling kinematics of anthro-pomorphic robotic arm.

关键词

Inverse kinematicsKinematicsRobotic armRobustness (evolution)Computer scienceAdaptive neuro fuzzy inference systemArtificial intelligenceControl engineeringCalculus (dental)Control theory (sociology)

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