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Verification validation and accreditation issues related to a new IR sensor test capability

机译:验证验证和与新的IR传感器测试能力相关的认证问题

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The Arnold Engineering Development Center (AEDC) has developed new test technologies and methodologies for realistic mission simulations testing of IR space-based sensors. These technologies and methodologies have been combined into an integrated approach for space sensor testing. Direct write scene generation plays a critical role in this integrated approach and is being applied in two new AEDC test facilities. Prior to performing the first test in such a new facility, a critical but often overlooked process must be completed. This critical process demonstrates that the test facility can indeed provide a realistic, NIST traceable simulation of a sensor's mission. This process is complex and must be uniquely tailored for each individual test facility and sensor mission. Such a process can be designed to address both developmental test and evaluation and operational test and evaluation concerns. A case study based on AEDC's direct write scene generation technology will be used to illustrate the issues related to the validation, verification, and accreditation process.
机译:Arnold Engineering Development Center(AEDC)开发了新的测试技术和方法,用于IR空间的传感器的现实任务模拟测试。这些技术和方法已被组合成用于空间传感器测试的综合方法。直接写入场景生成在这种综合方法中起着关键作用,并在两个新的AEDC测试设施中应用。在在这样的新设施执行第一次测试之前,必须完成临界但通常被忽视的过程。这个关键的过程表明测试设施确实可以提供传感器任务的现实,NIST追踪模拟。此过程很复杂,必须为每个单独的测试设施和传感器任务唯一定制。这种过程可以旨在解决发育测试和评估和操作测试和评估问题。基于AEDC直接写入场景生成技术的案例研究将用于说明与验证,验证和认证过程有关的问题。

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