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Modeling Bilateral Interoperability Through Command and Control Architecture

机译:通过命令和控制架构对双边互操作性建模

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摘要

C4ISR architecture development and implementation is complicated when the systems belong to different services and nations. Combined interoperability - that is, interoperability between different services from different nations - is challenging. Sustained interoperability cuts across two dimensions: laterally between countries and horizontally over time. The essential starting point for combined C4 planners is the existing communications architecture. Common architecture formats greatly expedite combined C4 planning. This is particularly obvious in operational architecture planning for US Forces, and there is no reason to think that resolving differing architecture formats would be any easier in a combined operation. Most importantly, it is network simulation that provides the means to exercise and validate such architectures.
机译:当系统属于不同的服务和国家时,C4ISR体系结构的开发和实现会很复杂。组合的互操作性-即来自不同国家的不同服务之间的互操作性-具有挑战性。持续的互操作性涉及两个方面:国家之间的横向合作以及随着时间的推移横向合作。合并的C4规划人员的基本出发点是现有的通信体系结构。通用的体系结构格式大大加快了C4计划的结合。这在美国陆军的作战体系结构规划中尤为明显,没有理由认为在联合作战中解决不同的体系结构格式会更容易。最重要的是,网络仿真提供了锻炼和验证此类架构的方法。

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