A conceptual comparison between discrete and continuous simulation to motivate the hybrid simulation methodology
A conceptual comparison between discrete and continuous simulation to motivate the hybrid simulation methodology
复制标题
离散仿真和连续仿真之间的概念比较，以激发混合仿真方法的发展
DOI：
10.1109/wsc.2011.6148082
复制
发表时间：
2011
期刊：
影响因子：
--
通讯作者：
R. Botter
中科院分区：
文献类型：
--
作者：
T. B. Brito;E. Trevisan;R. Botter
本文的目的是鼓励混合仿真的应用，结合离散和连续的仿真方法。通过对离散（离散事件）和连续（系统动力学）仿真方法的概念性文献回顾，揭示了它们的主要特征和适用性潜力，可以定义开发混合仿真模型的潜力。这两种方法在一个单一的模型中的集成允许系统的理解范围的扩展，与整合的物理和维度方面的政策和行为模式的可能性，揭示了混合方法作为一个强大的工具，在高要求的商业世界取得成功。
The aim of this essay is to encourage the application of the hybrid simulation, combining the discrete and the continuous simulation methodologies. With a conceptual literature review of discrete (Discrete Event) and the continuous (System Dynamics) simulation methodologies that reveals their main features and potential of applicability, it is possible to define the potential of developing hybrid simulation models. The integration of both methodologies in a single model allows the expansion of the comprehension spectrum of the system, with the possibility of integrating the physical and dimensional aspects to policy and behavior patterns, revealing the hybrid methodology as a powerful tool to succeed in the highly demanding business world.