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Verification and Validation of a Distributed Air Operation Mission Training Environment

机译:分布式空中作战任务训练环境的验证与确认

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The GM-VV - Generic Methodology for Verification and Validation - is a comprehensive and standardized methodology for verification and validation (V&V) that supports the acceptance simulations. Its architecture provides a set of generic components to organize and manage V&V efforts, develop and execute V&V tests. These components are designed independently from any specific M&S application or domain. This makes GM-VV universal applicable and compatible to any V&V effort inside the M&S domain. This paper gives a brief overview of the GM-VV, but its main purpose is to present how the GM-VV has effectively been applied for the verification and validation of a distributed mission training environment for the Air Operations Control Station (AOCS) of the Royal Netherlands Air Force. This mission training environment interconnect, by means of the DIS protocol, two real air operation control station (MASE), several existing fixed-based F-16 simulators and a constructive simulation capable of generating realistic air threats.
机译:GM-VV-验证和确认的通用方法-是一种全面而标准化的验证和确认(V&V)方法,它支持验收模拟。它的体系结构提供了一组通用组件来组织和管理V&V工作,开发和执行V&V测试。这些组件的设计独立于任何特定的M&S应用程序或领域。这使得GM-VV通用适​​用于M&S领域内的任何V&V工作。本文简要介绍了GM-VV,但其主要目的是介绍GM-VV如何有效地用于验证和确认航空器管制站(AOCS)的分布式任务训练环境。荷兰皇家空军。该任务训练环境通过DIS协议互连两个真实的空中操作控制站(MASE),几个现有的基于固定的F-16仿真器和一个能够产生实际空中威胁的建设性仿真。

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