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U.S. Navy C2 Tactical Interoperability: Taking the 'Long View'

机译:美国海军C2战术互操作性:“长远眼光”

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Significant opportunities exist for improving U.S. Navy force-level command-and-control tactical interoperability (C2 TIOP). Defining C2 TIOP, establishing standards, managing the risk, and identifying root causes for fleet-observed problems (FOPs) outline the need to take the "Long View." Much has been done already to address fleet-observed problems in the short and mid-term, but the long-term approach to addressing C2 TIOP has yet to be tackled systemically across the U.S. naval warfare systems engineering community. To do so will require evaluating the elements of requirement specifications, standards and metrics as implemented by programs to solve for the desired end-state. It will also effectively leverage Technical Authority (TA) to shift the focus of engineering interoperability from near-end-game certification to the front end of the acquisition process-moving to the extreme left of the Systems Engineering "V." The goal is to achieve and maintain a complete, accurate and persistent common tactical picture (CTP) to optimize Fleet situational awareness at the Strike Group/Force level and derive force-multiplying affects through effective C2 TIOP. Effective C2 TIOP generates complete, accurate and persistent tactical information that enables mission success. Achieving this, however, challenges the Navy's technical and engineering community to take a different path than today's "business as usual." Significant is the need to define and agree on a definition for "interoperability" and associated terms of reference. Until the Navy broadly understands what "C2 TIOP" means, it will be frustrated in its attempts to resolve the issues in an affordable, cost-effective manner. This paper defines C2 TIOP and describes a way ahead that embraces the definition, identifies and pursues long-term interoperability gains, and charts a course from where we are to the desired end state. Systems Engineering for U.S. Navy Maritime Dominance-to ensure a complete, accurate and persistent common tactical picture across all naval warfare mission areas-demands that Navy embrace the "Long View."
机译:存在改善美国海军部队级指挥与控制战术互操作性(C2 TIOP)的重大机会。定义C2 TIOP,建立标准,管理风险以及确定车队可观察到的问题(FOP)的根本原因概述了采取“长远眼光”的必要性。为了在短期和中期解决舰队观察到的问题,已经做了很多工作,但是解决C2 TIOP的长期方法尚未在美国海军作战系统工程界中得到系统解决。为此,需要评估由程序实现的需求规范,标准和度量的要素,以解决所需的最终状态。它还将有效地利用技术权威机构(TA),将工程互操作性的重点从近端游戏认证转移到获取过程的前端-移至系统工程“ V”的最左端。目标是获得并维持完整,准确和持久的通用战术图(CTP),以在打击小组/部队级别上优化舰队的态势感知,并通过有效的C2 TIOP来获得倍增力的影响。有效的C2 TIOP可以生成完整,准确和持久的战术信息,以确保任务成功。但是,要实现这一点,将对海军的技术和工程界提出挑战,要求其采取不同于当今“一切照旧”的道路。重要的是需要定义并就“互操作性”的定义和相关的职责范围达成一致。在海军广泛理解“ C2 TIOP”的含义之前,它会以一种负担得起的,具有成本效益的方式来解决问题。本文定义了C2 TIOP,并描述了一个涵盖该定义,确定并追求长期互操作性收益的方法,并绘制了从此到最终目标的路线图。美国海军海事主导权的系统工程-要确保在所有海军作战任务区域内获得完整,准确和持久的通用战术画面-海军必须接受“长远观”。

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