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首页> 外文期刊>The ITEA Journal >The Coordinated Implementation of Digitally-Aided Close Air Support: An Integrated Systems Engineering and Test & Evaluation Approach
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The Coordinated Implementation of Digitally-Aided Close Air Support: An Integrated Systems Engineering and Test & Evaluation Approach

机译：数字化近距离空中支援的协调实施：一种集成系统工程和测试与评估方法

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摘要

The rise of Systems of Systems (SoS), increasingly prevalent fiscal constraints, and the continued difficulty for Services to deliver interoperable solutions for the SoS environment, highlights the need for a new approach that addresses end-to-end functionality, prioritized requirements, and early and iterative testing & evaluation (T&E). The complexity of the SoS interoperability problem requires an approach that simultaneously addresses the challenges of system integration, evolution, and T&E in the SoS environment. The use of an Integrated Systems Engineering (SE) and Test & Evaluation (ISET&E) approach has been identified as a potential methodology to address these interconnected challenges. This paper examines the ISET&E approach used by the Coordinated Implementation (CI) of Digitally-Aided Close Air Support (DACAS) SoS, a joint US and multinational effort delivering prioritized, interoperable Close Air Support (CAS) capabilities. The research includes the results of a ten-nation, 73-respondent survey, confirming statistically significant improvements impacting SoS interoperability.
机译：系统系统（SoS）的兴起，日益普遍的财政约束以及服务为SoS环境提供可互操作的解决方案的持续困难，凸显了需要一种新的方法来解决端到端功能，优先级要求和早期和迭代的测试与评估（T＆E）。 SoS互操作性问题的复杂性要求一种方法能够同时解决SoS环境中系统集成，演进和T＆E的挑战。使用集成系统工程（SE）和测试与评估（ISET＆E）方法已被认为是解决这些相互联系的挑战的潜在方法。本文研究了数字辅助近距离空中支援（DACAS）SoS的协调实施（CI）所使用的ISET＆E方法，这是美国和跨国公司共同提供的优先级，可互操作的近距离空中支援（CAS）功能。该研究包括一个由十个国家，七十三位受访者组成的调查结果，确认了影响SoS互操作性的统计学上显着的改进。

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