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首页> 外文会议>The 2001 Spring Simulation Interoperability Workshop >The Naval Air Systems Command (NAVAIR) Aircraft Carrier FOM: A Federation Object Model for Carrier Vessel Aircraft Launch and Recovery and Information Management Systems
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The Naval Air Systems Command (NAVAIR) Aircraft Carrier FOM: A Federation Object Model for Carrier Vessel Aircraft Launch and Recovery and Information Management Systems

机译：海军航空系统司令部（NAVAIR）航空母舰FOM：航空母舰的飞机发射，恢复和信息管理系统的联合对象模型

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This paper describes the development of a Federation Object Model (FOM) for federations of Nuclear Carrier Vessel (CVN) Aircraft Launch and Recovery Equipment (ALRE) and Information Management (IM) system simulations in development at the Naval Air Systems Command (NA VAIR) Lakehurst, New Jersey, facility. It is based on a Conceptual Model of the Mission Space (CMMS) that was developed for supporting NAVAIR FOM development according to the Defense Modeling and Simulation Office (DMSO) Federation Development Process (FEDEP). The simulation space involves a High Level Architecture (HLA) environment including both Windows and Linux platforms, the NAVAIR models, and the Warfighting Concepts to Future Weapon System Design (WARCON) Joint Synthetic Battlespace (JSB). Interoperability among elements of the WARCON JSB requires compatibility of the NAVAIR Lakehurst FOM with the Joint Semi-Automated Forces (JSAF) FOM. The mission space is that of a CVN and higher levels of command, potential targets, the environment, and scenarios of the Time Critical Strike (TCS) / Time Critical Target (TCT) type. Relevance to the Simulation Interoperability Standards Organization (SISO) includes development of the NA VAIR CMMS and FOM; interoperability with JSAF; the utility of Integrated Definition (IDEF) modeling in the transition from a CMMS to a FOM; the lack of a comprehensive correspondence between the Defense Data Model (DDM) and SISO FOMs; and the compatibility of a unit-level FOM with an aggregate-level FOM.
机译：本文介绍了对Naval Air Systems命令开发的核承运船（CVN）飞机发射和恢复设备（ALRE）和信息管理（IM）系统模拟的联邦对象模型（FOM）的发展（NA Vair） Lakehurst，新泽西州，设施。它基于开发的特派团空间（CMMS）的概念模型，该模型是为支持NAVAIR FOM开发而开发的，根据防御建模和仿真办公室（DMSO）联合会开发过程（FEDEP）。仿真空间涉及高级架构（HLA）环境，包括Windows和Linux平台，Navair模型以及未来武器系统设计（Woncon）联合合成战斗空间（JSB）的战争概念。沃思JSB元素之间的互操作性需要Navair Lakehurst FOM与联合半自动力（JSAF）FOM的兼容性。任务空间是CVN和更高级别的命令，潜在目标，环境和方案的时间临界罢工（TCS）/时间临界目标（TCT）类型的级别。与模拟互操作性标准组织（SISO）的相关性包括纳维竞争CMMS和FOM的开发;与JSAF的互操作性;综合定义（IDE）在从CMMS到FOM的过渡中建模的效用;防御数据模型（DDM）和SISO FOM之间缺乏全面的对应;与聚合级FOM的单位级FOM的兼容性。

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