Optimization production scheduling of multi-stage interrelated discrete system via synthetic knowledge

A multi-stage interrelated discrete system (MIDS) is defined. By modelling this kind of system and giving out human expertise rules, a novel concept of synthetic knowledge is put forward. Then, a new heuristic node-path intelligent search method is proposed. Finally, the optimal scheduling of MIDS i...

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Bibliographic Details
Main Authors: Zhou Jinrong, Huang Dao, Jiang Weisun
Format: Conference Proceeding
Language:English
Subjects:
Automatic control
Humans
Job shop scheduling
Material storage
Mathematical model
Mathematics
Optimized production technology
Petroleum
Production systems
Raw materials
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Summary:A multi-stage interrelated discrete system (MIDS) is defined. By modelling this kind of system and giving out human expertise rules, a novel concept of synthetic knowledge is put forward. Then, a new heuristic node-path intelligent search method is proposed. Finally, the optimal scheduling of MIDS is solved. The theory and methods given here have successfully been applied to the lube oil system in a large scale petroleum refinery, and provided satisfactory results.
DOI:10.1109/ACC.1994.751835