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Simulation-based evaluation of communications management within battlespace scenarios

机译:战场场景下基于仿真的通信管理评估

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Abstract: Technical developments to our work in the area of communications management in decentralized data fusion systems are described. These include combining identification and tracking sub-systems into a single simulator, and increasing the complexity of the sensing model, communication model, and target/platform trajectories. These technological developments are employed to indicate which is the most appropriate communications management philosophy: (1) one based on identification only, (2) one based on tracking only, or (3) one based on identification and tracking in combination. The paper concludes that, for the scenario investigated, communications management based purely on identification provides good identification performance but poor track performance. The converse was true when the management was based purely on track information. However, when the communication management decision philosophy was based on both identification and track, good performance in both sub-systems was achieved. !13
机译:摘要:描述了我们在分散式数据融合系统中的通信管理领域的技术发展。其中包括将识别和跟踪子系统组合到单个模拟器中,并增加传感模型,通信模型和目标/平台轨迹的复杂性。利用这些技术发展来表明哪种是最合适的通信管理哲学:(1)一种仅基于标识,(2)一种仅基于跟踪,或者(3)一种基于标识和跟踪的组合。本文的结论是,对于所研究的场景,纯粹基于识别的通信管理提供了良好的识别性能,但跟踪性能却很差。当管理完全基于跟踪信息时,情况恰恰相反。但是,当通信管理决策哲学同时基于识别和跟踪时,在这两个子系统中都可以实现良好的性能。 !13

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