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首页> 外文会议>European Simulation Interoperability Workshop >NATO and NATO/PfP Nations HLA Compliance Certification: History, Lessons Learned and Proposed Enhancements
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NATO and NATO/PfP Nations HLA Compliance Certification: History, Lessons Learned and Proposed Enhancements

机译：北约和北约/ PFP国家HLA合规认证：历史，经验教训和建议的增强功能

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The United States (US) Department of Defense (DoD) established the High Level Architecture (HLA) as a modeling and simulation (M&S) interoperability standard in 1995. Early on, it was clear that the application of the standard would be difficult without a dedicated methodology (a development and execution process), a set of associated supporting tools and an efficient compliance certification process. That compliance certification process and supporting tools are the principal topics of this paper. Since the initial US DoD version, HLA has matured considerably and is now widely accepted by the international community. HLA was accepted by NATO in 1998 and became an IEEE standard in 2000 (IEEE 1516, 1561.1 and 1516.2). An "evolved" version of the IEEE 1516 series of technical specifications for HLA is nearing publication. HLA was accepted in 2007 as a NATO STANAG (Standard Agreement). A large number of major programs are using it inside the US and in other nations. Previous Euro-SIWs have demonstrated that HLA is now also in use outside the military world. In 2003, the NATO created a series of M&S groups charged with implementing a NATO HLA Compliance Certification Capability, distributed among NATO nations and NATO Partner for Peace (NATO PfP) Nations. This certification capability is based on the Certification Software suite and supporting process, both developed in the 1990s by the US DoD. France, followed later by Spain and Sweden, adopted this certification capability. Other nations that have expressed an interest in this capability include Canada, the Netherlands, and the United Kingdom (UK). This paper first provides a brief status of objectives and results achieved by the NATO M&S Groups. Next, the paper explains the motivation for and principles of HLA certification. Finally, the paper reports on preliminary lessons learned on the NATO HLA certification activity issued from the available operational compliance certification capabilities (deployment of a capability, running the service, etc.) and introduces new published statistics on certified federates. Those statistics provide information on the way HLA is used in the community.
机译：美国（美国）国防部（国防部）将高级建筑（HLA）成立于1995年的建模和仿真（M＆S）互操作性标准。早期，很明显，该标准的应用将是困难的专用方法（开发和执行过程），一组相关的支持工具和有效的合规认证过程。合规认证过程和支持工具是本文的主要主题。自从最初的美国国防部版本以来，HLA大大成熟，现在被国际社会广泛接受。 HLA于1998年被北约接受，并成为2000年的IEEE标准（IEEE 1516,1561.1和1516.2）。 IEEE 1516系列的“演变”版本为HLA的IEEE 1516系列技术规范正在接近出版物。 HLA于2007年被接受为北约风味（标准协议）。大量主要计划正在美国和其他国家使用它。以前的Euro-Siws已经证明，HLA现在也在军事世界之外使用。 2003年，北约创建了一系列被指控的M＆S集团，实施北约HLA合规认证能力，分布在北约国家和北约和平合作伙伴（北约PFP）国家。该认证能力基于认证软件套件和支持流程，两者在20世纪90年代开发的美国国防部。法国，后来被西班牙和瑞典，采用了这种认证能力。对此能力表示兴趣的其他国家包括加拿大，荷兰和英国（英国）。本文首先提供了北约M＆S组实现的概要目标和结果。接下来，本文解释了HLA认证的动机和原则。最后，本文报告了从可用的运营合规认证能力发布的北约HLA认证活动中批准的初步教训（部署能力，运行服务等）并向经过认证联合会介绍新的已发布统计数据。这些统计数据提供了在社区中使用HLA的方式。

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