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Engineering an Integrated and Interoperable Naval Force: Advancing the Practice of Systems Engineering

机译：设计一支集成且可互操作的海军部队：推进系统工程的实践

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Military systems of systems are of increasing interest due to recent trends in joint service andrncoalition force operations. Such systems have a number of challenges in their design, acquisition and operation. The component platforms and systems must integrate and be interoperable to achieve a desired mission capability. They typically must also be capable of independent operations. Each of the component systems is a complex mix of hardware, software, and human operators and decision makers. Acquisition practices differ across the military services and the international community for the military systems of systems. Differences in engineering practices as well as policies and operational doctrine create serious obstacles to interoperability. These are compounded by language and cultural differences. The international panel members will present their approaches to the engineering and acquisition of military systems of systems, and the challenges to achieving interoperability across services and nations. In this context, they will discuss supportive methods and tools including simulation based acquisition and integrated digital environments.
机译：由于联合部队和盟军部队作战的最新趋势，军事系统越来越受到关注。这样的系统在其设计，获取和操作方面具有许多挑战。组件平台和系统必须集成并可以互操作，以实现所需的任务能力。它们通常还必须具有独立操作的能力。每个组件系统都是硬件，软件以及人工操作员和决策者的复杂组合。整个军事系统的军事部门和国际社会的采办实践各不相同。工程实践以及政策和操作原则上的差异为互操作性造成了严重障碍。语言和文化差异加剧了这些问题。国际专家小组成员将介绍他们在军事系统的工程设计和采购方面的方法，以及实现各军种和国家之间的互操作性所面临的挑战。在这种情况下，他们将讨论支持性方法和工具，包括基于仿真的采集和集成数字环境。

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