一个支持DEVS仿真生命周期的基于Web的建模和仿真环境

Bruno St-Aubin, Jon Menard, Gabriel A. Wainer
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引用次数: 2

摘要

离散事件系统规范(DEVS)是一种分层和模块化的模拟形式,可以代表无限范围的现实世界系统。它的灵活性是以代价为代价的:开发仿真模型时增加了复杂性,模型可重用性降低,采用率降低。此外,DEVS软件环境通常是碎片化和孤立的。已经开发了支持模型调试或仿真跟踪可视化的工具,但是,它们通常与模拟器紧密耦合,因此它们的用途有限。我们提供了一个基于web的建模和仿真环境,旨在减轻DEVS用户在整个仿真生命周期中面临的一些压力点。该环境提供了一个可重用的模型库,用于共享模型和协作,一个基于工作流的方法用于对大型系统进行建模,以API形式的前端资源用于开发基于特定案例的仿真应用程序,以及一组促进仿真生命周期管理的web资源。
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A Web Based Modeling and Simulation Environment to Support the DEVS Simulation Lifecycle
The Discrete Event System Specification (DEVS) is a hierarchical and modular simulation formalism that can represent an unlimited range of real-world systems. Its flexibility comes at a cost: increased complexity when developing simulation models, less model reusability, and lowered adoption rates. In addition, the DEVS software environment is generally fragmented and siloed. Tools have been developed to support model debugging or simulation trace visualization but, they are often closely coupled to simulators and consequently their usefulness is limited. We present a web-based modeling and simulation environment that is meant to alleviate some of the pressure points faced by DEVS users across the simulation lifecycle. The environment provides a library of reusable models meant to favor sharing models and collaboration, a workflow-based approach for modeling large scale systems, front-end resources in the form of an API to develop case-specific simulation-based applications and a set of web resources to facilitate the simulation lifecycle management.
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