increasing positioning accuracy and vibration control in bilateral teleoperation system with flexible link slave robot
Publish place: 2nd International Conference on Acoustics and Vibration
Publish Year: 1391
Type: Conference paper
Language: English
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Document National Code:
ISAV02_125
Index date: 16 March 2013
increasing positioning accuracy and vibration control in bilateral teleoperation system with flexible link slave robot abstract
this paper investigates a new design procedure for output tracking control of bilateral teleoperation system with flexible link slave robot . This proposed hybrid scheme consists of collocated proportionalderivative PD as feedback controller and inpurt shaping IS controller for input shaping the positive and negatie input shapers with different constraints are proposed based on the properties of the system stability analysis of proposed control algorithm based on lyapunov stability theorem method in the presence of time delays on com munication channels is proved.
increasing positioning accuracy and vibration control in bilateral teleoperation system with flexible link slave robot Keywords:
bilateral nonlinear teleperation , flexible slave robot , input shaping -PD controller , vibration control in flexible manipulators , time delayed communication
increasing positioning accuracy and vibration control in bilateral teleoperation system with flexible link slave robot authors