Design and Implementation of a Fuzzy-Event Driven Simulator

X. Xing, Shu-fang Xie, Q. Cheng, Yong Ge
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引用次数: 1

Abstract

Inter dependencies among infrastructure elements are intertwined and complicated. Understanding cascading effects because of direct or indirect interdependencies is critical and necessary for the effective response and management of social resources, especially in a disaster or emergency. Modelling cascading processes has attracted more and more concerns and become an emerging interdisciplinary field of study. This paper, from the view of software engineering, introduces a fuzzy-event driven algorithm, designs the modular prototype structure and domain object models of one fuzzy-event driven simulator to model cascading processes among entities, and also specifies multithreading implementation strategy and development environment. Finally, an example is included as an illustration as well. This study can help people understand potential cascading effects, and eventually find out the vulnerable components for decision-analysis.
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模糊事件驱动模拟器的设计与实现
基础设施要素之间的相互依赖关系错综复杂。了解由于直接或间接相互依赖而产生的级联效应,对于有效应对和管理社会资源,特别是在灾害或紧急情况下,至关重要和必要。级联过程建模越来越受到人们的关注,成为一个新兴的跨学科研究领域。本文从软件工程的角度,引入了一种模糊事件驱动算法,设计了一个模糊事件驱动模拟器的模块化原型结构和领域对象模型,对实体间的级联过程进行建模,并给出了多线程实现策略和开发环境。最后,还包括一个示例作为说明。该研究可以帮助人们了解潜在的级联效应,并最终找到决策分析的脆弱成分。
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