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Trajectory planning of a robot using learning algorithms

Tsoularis, A., Kambhampati, C. and Warwick, K. (1992) Trajectory planning of a robot using learning algorithms. In: First International Conference on Intelligent Systems Engineering, 1992. IEE, pp. 13-16. ISBN 0852965494

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The authors consider the problem of a robot manipulator operating in a noisy workspace. The manipulator is required to move from an initial position P(i) to a final position P(f). P(i) is assumed to be completely defined. However, P(f) is obtained by a sensing operation and is assumed to be fixed but unknown. The authors approach to this problem involves the use of three learning algorithms, the discretized linear reward-penalty (DLR-P) automaton, the linear reward-penalty (LR-P) automaton and a nonlinear reinforcement scheme. An automaton is placed at each joint of the robot and by acting as a decision maker, plans the trajectory based on noisy measurements of P(f).

Item Type:Book or Report Section
Divisions:Faculty of Science
ID Code:21730
Uncontrolled Keywords:decision maker, discretized linear reward-penalty, final position, initial position, learning algorithms, learning automata, linear reward-penalty, noisy measurements, noisy workspace, nonlinear reinforcement, path planning, robot manipulator, sensing operation

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