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Development of a Fault-tolerant Intelligent Monitoring and Control System in Machining
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 Title & Authors
Development of a Fault-tolerant Intelligent Monitoring and Control System in Machining
Choi, Gi-Heung;
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 Abstract
The dynamic characteristics of industrial processes frequently cause an abnormal situation which is undesirable in terms of the productivity and the safety of workers. The goal of fault-tolerance is to continue performing certain activities even after the failure of some system cononents. A fault-tolerant intelligent monitoring and control system which is robust under disturbances is proposed in this paper. Specifically, the fault-tolerant monitoring scheme proposed consists of two process models and the inference module to preserve such a robustness. The results of turning experiments demonstrate the effectiveness of the fault-tolerant scheme in the presence of built-up edge.
 Keywords
Supervisory Control;Built-up Edge;Tool Wear;
 Language
Korean
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