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Application of the IFSH Methodology for Plantwide Control for an Evaporator Benchmark Process

机译:IFSH方法在蒸发器基准过程中植入植物控制的应用

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Plantwide control (PWC) is an inherently complex task, which is why systematic guidelines and step-wise procedures are necessary to identify proper control pairings. Several different methodologies for the development of PWC structures have been proposed over the years, trying to balance the field between formal methods, practicality, and heuristics. The Integrated Framework of Simulation and Heuristics (IFSH) by Konda et al. (2005) utilizes simulators to support the heuristic decisions, thereby reducing the dependence of experience and prior understanding of the process behavior. In this article, the framework is successfully applied to the Forced Circulation Evaporator process by Newell and Lee (1989). A step-wise application of the methodology provides the basis for a discussion of how the methodology benefits from the utilization of simulations and how it differs from previously developed control structures for this evaporator process.
机译:Plantwide Control(PWC)是一个固有的复杂任务,这就是为什么有必要的系统准则和迈出的程序来识别适当的控制配对。 多年来提出了几种不同的PWC结构制定方法,试图平衡正式方法,实用性和启发式的领域。 Konda等人的仿真和启发式综合框架(IFSH)。 (2005)利用模拟器来支持启发式决策,从而减少经验的依赖性和对过程行为的认识。 在本文中,框架成功应用于纽尔和李(1989)的强制循环蒸发器过程。 该方法的逐步应用提供了讨论方法的讨论,这些方法是如何利用模拟的利用以及它与先前显影的控制结构不同的这种蒸发器工艺。

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