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Analysis and Design of Jumping Robot System Using the Model Transformation Method

Jin-Ho Suh, Masaki Yamakita

Year
2006
Citations
3
Access
Open access

Abstract

This paper proposes the motion generation method in which the movement of the 3-links leg subsystem in constrained to slider-link and a singular posture can be easily avoided. This method is the realization of jumping control moving in a vertical direction, which mimics a cat's behavior. To consider the movement from the point of the constraint mechanical system, a robotics system for realizing the motion will change its configuration according to the position. The effectiveness of the proposed scheme is illustrated by simulation and experimental results.

Keywords

JumpingConstraint (computer-aided design)Realization (probability)Control theory (sociology)Position (finance)SliderTransformation (genetics)Control engineeringPoint (geometry)Robotics

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