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首页> 外文期刊>The ITEA Journal >Management, Mechanics, and Math (M3): An Enhanced Methodology for the Future T&E of Complex Information Systems
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Management, Mechanics, and Math (M3): An Enhanced Methodology for the Future T&E of Complex Information Systems

机译:管理,力学和数学(M3):复杂信息系统未来T&E的增强方法

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摘要

Current test methods use analytical rigor "science" for integrated test and evaluation (T&E) of complex information technology (IT) systems. These procedures typically minimize the importance of the human-in-the-loop, limiting the art of the military-decision-making-process (MDMP). Normally, integrated testing enhances the operational realism in development test (DT) environments while the statistical confidence and power in an operational test (OT) is usually missing. Recognizing that IT systems are growing in complexity, the Management, Mechanics, and Math (M3) methodology and associated briefing format was devised as a way to think through and create testing that enables a more effective analysis, including both science and art. This systematic methodology can be used as a tool for conducting T&E of complicated information systems within the full range of military operations to: collect, evaluate, and understand data regarding system and user effectiveness through enhanced control of a chaotic operational environment, mimicking realistic environments.
机译:当前的测试方法使用严格的分析“科学”技术来进行复杂信息技术(IT)系统的集成测试和评估(T&E)。这些程序通常会最大程度地降低“在圈人员”的重要性,从而限制了军事决策制定流程(MDMP)的技术水平。通常,集成测试会增强开发测试(DT)环境中的操作真实性,而通常缺少操作测试(OT)中的统计置信度和功能。认识到IT系统的复杂性正在增长,因此设计了管理,力学和数学(M3)方法以及相关的简报格式,作为一种思考和创建测试的方法,可以进行更有效的分析,包括科学和艺术。这种系统的方法可以用作在整个军事行动范围内进行复杂信息系统的T&E的工具,以:通过增强对混乱的作战环境的控制,模仿现实的环境,收集,评估和了解有关系统和用户有效性的数据。

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