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Interactions of the Three Management Levels in the Manufacturing Enterprise System Using Hybrid Simulation

机译:混合仿真的制造企业系统中三个管理层次的交互作用

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We build on our previous work of developing a hybrid discrete-continuous simulation model of the manufacturing enterprise system. This model consists of an overall system dynamics model of the enterprise and connected to it are a number of discrete event simulations for selected operational and tactical functions. System dynamics modeling best fits the macroscopic nature of activities at the higher management levels while the discrete models best fit the microscopic nature of the operational and some tactic levels. This offers a simple, scaleable,non-expensive dynamic policy design tool that fits the different scopes and planning frequencies of management levels. In this paper we report the progress being made in designing the process of communication between the continuous system dynamics model and the discrete models. We discuss the characteristics and considerations that must be investigated while devising the controller unit that facilitates and synchronizes the integration of the simulation models.
机译:我们以以前的工作为基础,开发了制造企业系统的混合离散连续仿真模型。该模型由企业的整体系统动力学模型组成,与之相连的是用于选择的作战和战术功能的大量离散事件模拟。系统动力学建模最适合高层管理级别的活动的宏观本质,而离散模型最适合运营层次和某些战术层次的微观本质。这提供了一个简单,可伸缩,不昂贵的动态策略设计工具,可以适应管理级别的不同范围和计划频率。在本文中,我们报告了在设计连续系统动力学模型和离散模型之间的通信过程方面所取得的进展。我们讨论了设计和简化仿真模型集成的控制器单元时必须研究的特性和注意事项。

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