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A formal structure for discrete event simulation. Part Ⅰ: Modeling multiple level systems

机译:离散事件模拟的正式结构。第一部分:多级系统建模

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This paper describes the development of a cohesive framework for discrete event simulation, and the embedded decision processes of a system being modeled. The work presented in the paper is an effort to develop a scientific base for simulation modeling. The paper addresses the need for separate and structured representations of physical and logical entities of a manufacturing system for simulation modeling. The formal and hierarchical constructs defined for physical and logical entities are based on a state-space representation that allows the integration of physical and logical facets in a model with varying degrees of detail. All the entities of a manufacturing system, from the most primitive to the most sophisticated, can be represented in a model by using one of the symbolic structures provided. The framework also describes the simulation dynamics by using the defined constructs.
机译:本文描述了用于离散事件仿真的内聚框架的开发,以及正在建模的系统的嵌入式决策过程。本文中提出的工作是为开发仿真建模的科学基础所做的努力。本文提出了对用于仿真建模的制造系统的物理和逻辑实体进行单独和结构化表示的需求。为物理和逻辑实体定义的形式和层次结构是基于状态空间表示的,该状态空间表示允许将物理和逻辑方面集成到具有不同详细程度的模型中。通过使用提供的符号结构之一,可以在模型中表示制造系统的所有实体,从最原始到最复杂。该框架还通过使用定义的构造来描述仿真动态。

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