Collaboration Strategy Based on Conflict Resolution for Flatness Actuator Group

During the flatness control process, there are frequently some uncoordinated regulating behaviors in the flatness actuator group. This has a bad influence on the flatness control accuracy and the flatness control efficiency. Therefore, a collaboration strategy based on conflict resolution for the fl...

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Published in:Mathematical problems in engineering 2021-04, Vol.2021, p.1-17
Main Authors: Yan, Zhu-Wen, Wang, Bao-Sheng, Bu, He-Nan, Pan, Long, Hong, Lei, Zhang, Dian-Hua, Wang, Hong-Yu, Lv, Dong-Sheng
Format: Article
Language:English
Subjects:
Actuators
Cold rolling mills
Collaboration
Conflict resolution
Control algorithms
Efficiency
Engineering
Feature extraction
Flatness
Genetic algorithms
Mean square errors
Optimization
Rolling mills
Strategy
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container_title Mathematical problems in engineering
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creator Yan, Zhu-Wen
Wang, Bao-Sheng
Bu, He-Nan
Pan, Long
Hong, Lei
Zhang, Dian-Hua
Wang, Hong-Yu
Lv, Dong-Sheng
description During the flatness control process, there are frequently some uncoordinated regulating behaviors in the flatness actuator group. This has a bad influence on the flatness control accuracy and the flatness control efficiency. Therefore, a collaboration strategy based on conflict resolution for the flatness actuator group has been proposed in this paper. First of all, the feature of flatness measurement value is extracted through establishing the actual flatness condition discriminating factor. After that, the coordination cooperation that is appropriate to the actual flatness condition is developed for the flatness actuator group. Finally, the optimal adjustment of the actuator population is solved by the coordinated algorithm of Topkis-Veinott and genetic algorithm collaborative optimization. The collaboration strategy proposed in this paper has been successfully applied to a flatness control system of a 1450 mm five-stand cold rolling mill.
doi_str_mv 10.1155/2021/9827504
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subjects Actuators
Cold rolling mills
Collaboration
Conflict resolution
Control algorithms
Efficiency
Engineering
Feature extraction
Flatness
Genetic algorithms
Mean square errors
Optimization
Rolling mills
Strategy
title Collaboration Strategy Based on Conflict Resolution for Flatness Actuator Group
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