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The SEE HLA Starter Kit: enabling the rapid prototyping of HLA-based simulations for space exploration

机译:请参阅HLA Starter套件:启用基于HLA的Space探索模拟的快速原型设计

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Modeling & Simulation (M&S) is nowadays considered a pillar of modern engineering. Indeed, the analysis of several systems, processes and physical phenomena is only practicable by developing simulation models and executing them on suitable computing systems. New M&S techniques, methods and tools are emerging that take advantage of distributed simulation environments. One of the most mature and popular standard for distributed simulation is the IEEE 1516-2010 - High Level Architecture (HLA) that, although originally developed for military applications, is increasingly exploited in a great variety of application domains due to its capabilities to enable the interoperability and reusability of distributed simulation components. Today, the development of full-fledged simulation models, based on the IEEE 1516 standard, is still a challenging task because it requires a considerable effort in terms of both time and cost. In this context, the paper presents a software development kit that aims at easing the development of HLA-based simulations in the space exploration domain. The effectiveness of the Kit is proven by its concrete exploitation in the context of the Simulation Exploration Experience (SEE), a project led by NASA and which involves as partners several U.S. and European Institutions.
机译:如今建模和仿真(M&S)被认为是现代工程的支柱。实际上,通过开发模拟模型并在合适的计算系统上执行它们来分析几个系统,过程和物理现象的分析。新的M&S技术,方法和工具正在出现利用分布式仿真环境。分布式模拟最成熟和流行的标准之一是IEEE 1516-2010 - 高级架构(HLA),尽管最初为军事应用开发,但由于其能力而越来越多地利用各种应用领域分布式仿真组件的互操作性和可重用性。如今,基于IEEE 1516标准的全面模拟模型的开发仍然是一个具有挑战性的任务,因为它需要在时间和成本方面需要相当大的努力。在此背景下,本文提出了一种软件开发套件,旨在缓解空间探索领域的基于HLA的模拟。套件的有效性是通过其在模拟勘探经验的背景下的具体开发(参见),该项目是由美国宇航局领导的项目,涉及伙伴的若干美国和欧洲机构。

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