M operative context agents and N populations of Qi fuzzy rule assembly agents, so as to let those agents of fuzzy rule assemblies better responding to said one or more management criteria and the most hostile operative context agents to reproduce.;This invention also relates to an automatic method for management and control according to a dynamically up-dated optimum management criterion for an industrial system, that utilises said automatic method for determining an optimum management criterion for controlling an industrial system.;This invention also relates to the necessary instruments for execution of the methods as well as the apparatuses that perform the methods."/>
Automatic method and system for determining the optimum strategy for controlling a complex industry system in particular for managing water supply networks by means of an ecosystem model
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Automatic method and system for determining the optimum strategy for controlling a complex industry system in particular for managing water supply networks by means of an ecosystem model
Automatic method and system for determining the optimum strategy for controlling a complex industry system in particular for managing water supply networks by means of an ecosystem model
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机译：自动方法和系统，用于确定控制复杂工业系统（尤其是通过生态系统模型来管理供水网络）的最佳策略
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摘要
This invention relates to an automatic method for determining an optimum management criterion for controlling an industrial system, comprising one or more operable control members, the assembly of the states taken by said members defining a configuration of the industrial system, the industrial system operating in an operative context defined by the operative state of the system and/or by the operative availability of one or more of said members and/or by one or more conditioning parameters external to the system, the configuration of the industrial system being adapted to be modified as a function of the operative context according to a management criterion comprising one or more "fuzzy" rules, said method being characterised by performing a multi-species ecosystem selection and evolution iterative genetic algorithm, the ecosystem including a population of M operative context agents and N populations of Qi fuzzy rule assembly agents, so as to let those agents of fuzzy rule assemblies better responding to said one or more management criteria and the most hostile operative context agents to reproduce.;This invention also relates to an automatic method for management and control according to a dynamically up-dated optimum management criterion for an industrial system, that utilises said automatic method for determining an optimum management criterion for controlling an industrial system.;This invention also relates to the necessary instruments for execution of the methods as well as the apparatuses that perform the methods.
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机译：本发明涉及一种用于确定用于控制工业系统的最佳管理标准的自动方法，该方法包括一个或多个可操作的控制部件，所述部件所采取的状态的组合定义了工业系统的配置，该工业系统在一个工业系统中运行。由系统的操作状态和/或一个或多个所述成员的操作可用性和/或由系统外部的一个或多个条件参数定义的操作环境，工业系统的配置适于修改为根据包括一个或多个“模糊”规则的管理标准来确定操作环境的功能，所述方法的特征在于执行多物种生态系统选择和进化迭代遗传算法，该生态系统包括种群 M 操作上下文代理和 Q i 模糊规则装配代理的 N 群体，从而使模糊规则程序集的那些代理程序更好地响应所述一个或多个管理标准以及最敌对的操作上下文代理程序进行再现。本发明还涉及一种根据动态更新的最优管理标准来进行管理和控制的自动方法。工业系统，其利用所述自动方法来确定用于控制工业系统的最佳管理标准。本发明还涉及用于执行该方法的必要工具以及执行该方法的设备。
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