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MODELING AND OPTIMAL CONTROL BASED ON LOGIC METHODS IN WATER INDUSTRY SYSTEMS

机译:水工业系统中基于逻辑方法的建模与优化控制

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There are many hybrid systems in water industry field. The hybrid systems contain two distinct types of components: continuous dynamical subsystems and discrete dynamical subsystems, which interact with each other. Two kinds of logic methods, mixed logical dynamic (MLD) systems and interval temporal logic (ITL), can be applied to represent hybrid systems in industrial process. In this paper, MLD and ITL were introduced to the modeling of hybrid systems respectively. And the application of these two methods to water industry systems is presented as an example. The results show that MLD and ITL have advantages in modeling hybrid systems of wastewater treatment.
机译:在水工业领域有许多混合系统。混合系统包含两种截然不同的组件类型:相互关联的连续动态子系统和离散动态子系统。混合逻辑动态(MLD)系统和间隔时间逻辑(ITL)这两种逻辑方法可用于表示工业过程中的混合系统。本文将MLD和ITL分别引入到混合系统的建模中。并举例说明了这两种方法在水工业系统中的应用。结果表明,MLD和ITL在建模污水处理混合系统方面具有优势。

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