利用数字孪生实现适应性企业

V. Kulkarni, Souvik Barat, T. Clark
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引用次数: 4

摘要

现代企业是在高度动态环境中运行的大型复杂系统,因此需要对各种变化驱动因素做出快速响应。此外,它们是系统的系统,其中的理解仅在局部环境中可用,而且通常也是部分的和不确定的。由于很难先验地了解整个系统的行为,而用于全系统分析的传统技术要么缺乏严谨性,要么被问题的规模打败,目前的做法往往完全依赖于人类的专门知识来进行监测和适应。我们提出了一种结合建模与仿真、强化学习和控制理论的方法,使企业具有自适应能力。该方法依赖于数字孪生的概念——一组可用于分析和仿真的相关模型。本文在两个实际用例中描述了该方法的说明。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Towards Adaptive Enterprises Using Digital Twins
Modern enterprises are large complex systems operating in highly dynamic environments thus requiring quick response to a variety of change drivers. Moreover, they are systems of systems wherein understanding is available in localized contexts only and that too is typically partial and uncertain. With the overall system behaviour hard to know a-priori and conventional techniques for system-wide analysis either lacking in rigour or defeated by the scale of the problem, the current practice often exclusively relies on human expertise for monitoring and adaptation. We present an approach that combines ideas from modeling & simulation, reinforcement learning and control theory to make enterprises adaptive. The approach hinges on the concept of Digital Twin - a set of relevant models that are amenable to analysis and simulation. The paper describes illustration of approach in two real world use cases.
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