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Incorporating the Principle of Simplicity into Model Based Reasoning (MBR) used for Computer Aided Simulation of Industrial Processes

机译:将简单性原理纳入基于模型的推理(MBR)中,该模型用于工业过程的计算机辅助仿真

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This work deals with the incorporation of the Principle of Simplicity into model based reasoning (MBR) used for computer aided simulation of industrial processes. For this purpose, we have designed /developed a methodological framework under the form of an algorithmic procedure with 20 activity stages and 14 decision nodes. The functionality of this methodology has been indicated/supported by means of a case example referring to autohydrolysis of lignocellulosic biomass to glucose. The combined independent variable used for representing the Principle of Simplicity was the 'Severity Factor' estimated in a continuous mode by means of a SCADA control system, while serving also as a process intensification index.
机译:这项工作涉及将简单性原理纳入基于模型的推理(MBR)中,该模型用于工业过程的计算机辅助仿真。为此,我们以算法程序的形式设计/开发了一种方法框架,该算法框架具有20个活动阶段和14个决策节点。已经通过涉及木质纤维素生物质自水解为葡萄糖的案例来表明/支持该方法的功能。用于表示简单性原理的组合自变量是通过SCADA控制系统以连续模式估算的“严重性因子”,同时还用作过程增强指标。

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