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Data Enrichment and Enhancement in Support of Interoperability Between Combat and Intelligence Simulations

机译：支持战斗与智能模拟互操作性的数据丰富和增强

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摘要

When multiple simulations are brought together to jointly model a problem, there is a natural and inescapable gap between the information represented in one model and the information needed by another. Traditional interoperability mechanisms have focused on integrating simulations that possess homogeneous models of the domain. These mechanisms do not provide standardization in bridging the gaps that exist between heterogeneous representations of the domain. Within existing DOD simulation systems, one of the most common gaps between heterogeneous models has been between those that view the world as a place for physical combat and those that view the world as a place for information exchange and collection. For at least a decade, simulation projects have wrestled with this issue of interoperability. The general solution has been to create mechanisms ranging from the very simple to the very elaborate for generating missing data based on information that is available from other simulations and sources. This paper describes both historical and current leading edge techniques for bridging the combat-to-intelligence simulation conceptual modeling gap. It describes the techniques first put in place in the late 1980's to join the TACSIM intelligence simulation to the Corps Battle Simulation and JANUS. It then goes on to describe extensions of this work used for models like FIRESTORM, CSTAR, IEWTPT, and intelligence members of the JSIMS Alliance.
机译：当多次模拟共同模型时，在一个模型中表示的信息和另一个模型所需的信息之间存在自然和不可避免的差距。传统的互操作性机制专注于集成具有域均匀模型的模拟。这些机制在桥接存在于域的异构表示之间存在的间隙时不提供标准化。在现有国防部模拟系统中，异构模型之间最常见的差距之一一直在将世界视为物理战斗的地方以及将世界视为信息交流和收集的地方。至少十年来，仿真项目已经纠缠于此问题互操作性。一般解决方案一直在创建从非常简单的机制范围的机制，以基于从其他模拟和来源获得的信息生成缺失数据。本文介绍了用于弥合战斗力仿真概念建模差距的历史和电流前沿技术。它描述了在1980年代后期首次实施的技术，以加入TACSIM智能模拟到军团战斗模拟和Janus。然后，它继续描述用于Firestorm，CSTAR，IEWTPT和JSIMS联盟的智能成员的模型的该工作的扩展。

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