Title of article :
OPTIMAL GRASP PLANNING OF MULTI-FINGERED ROBOTIC HANDS: A REVIEW
Author/Authors :
MIAO, WEI Wuhan University of Science and Technology - College of Machinery and Automation, China , LI, GONGFA Wuhan University of Science and Technology - College of Machinery and Automation, China , JIANG, GUOZHANG Wuhan University of Science and Technology - College of Machinery and Automation, China , FANG, YINFENG University of Portsmouth - School of Computing - Intelligent Systems and Biomedical Robotics Group, UK , JU, ZHAOJIE University of Portsmouth - School of Computing - Intelligent Systems and Biomedical Robotics Group, UK , LIU, HONGHAI University of Portsmouth - School of Computing - Intelligent Systems and Biomedical Robotics Group, UK
Abstract :
This paper gives an overall review the optimal grasp planning of multi-fingered hands. In order to analyze multi-fingered grasp qualitatively, the contact models in common use are introduced and form closure and force closure are analyzed, then stable operation conditions of grasping are also proposed. This paper introduces three aspects of planning, which serves the purpose of how to make the optimal planning. The methods about the planning of grasping point location are presented, including geometric analysis based method, knowledge rules based method and optimization based method. The planning of grasping force is divided into optimization of grasping force in contact force space and optimization of grasping force in joint torque space. The planning of fingers gate is also analyzed. At the end of the paper, a few research challenges are highlighted and discussed.
Keywords :
Multi , Fingered Hands , Optimal Grasp Planning , Form Closure , Force Closure. AMS Subject Classification: 49K30
Journal title :
Applied and Computational Mathematics
Journal title :
Applied and Computational Mathematics
