According to the interaction prediction method of large-scale system optimization theory, for the optimal economic operation of a praCtical large scale hybrid power system, a newmultilevel algorithm is constructed.
基于大系统优化理论中的关联预估原理,针对实际大规模混合电力系统最优经济运行问题,构造了一个新的多级算法,解决了各种相互关联和约束;实际计算表明,该算法具有收敛速度快的特点。
On the basis of studying the existent models of hierarchical production planning and control,the authors propose that the interaction/prediction approach should be used to solve the problems of optimum hierarchical production planning and control of the Flexible Automation Workshops (FAW).
本文在研究现有多种递阶生产计划和控制模型的基础上,提出用关联预测法来解决柔性自动化车间(FAW)的最优递阶生产计划与控制问题,文中首先建立FAW生产控制的数学模型,然后推导FAW递阶生产计划的关联预测算法,编写了基于该算法的IPA软件包并进行了算例研究,同现有的计划分解方法相比,这里的方法更适于将CIMS/MRPⅡ下达给FAW的中期计划最优分解成由FAW中各FMS执行的短期计划。
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