Immune Genetic Algorithms(IGA) Based Scheduling Optimization for Finisher
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摘要: 提出基于IGA模型的熱連軋精軋機組負荷分配的智能優化新方法,該方法具有計算精度高、速度快等特點,且適合在線計算.實驗數據對比分析結果表明了該方法的有效性,為熱連軋精軋機組軋制規程的智能優化設計提供了一條新途徑.Abstract: A new way was presented to optimize the scheduling of finisher of hot continuous rolling mills by means of Immune Genetic Algorithm. The method has advantages such as fast searching speed, high com-puting precision, suiting to on-line calculation. Test results show that the new method is valid. This method also provides another way for optimal design of the schedule of finisher of hot continuous mills.
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Key words:
- finisher /
- scheduling /
- immune genetic algorithin(IGA) /
- optimization
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