Smart built-in-test (BIT): an overview

V.G. Zourides
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引用次数: 11

Abstract

The author reviews the smart BIT (built-in-test) efforts that Grumman has conducted for RADC (Rome Air Development Center). Their goal has been the elimination of false alarms by adding AI (artificial intelligence) to BIT to accomplish smart BIT. RADC has sponsored several efforts under the smart BIT heading whose emphases have been to improve the ability of BIT to make more robust decisions based on knowledge of the situation rather than using a simple GO/NO trigger mechanism. This knowledge comes from various sources, including internal functions, external environment factors, and temporal monitoring. This knowledge has been captured and used by means of various AI and related techniques. Particular attention is given to the implementation of temporal monitoring software and to the smart BIT for Joint Surveillance Target Attack Radar System (Joint STARS).<>
智能内置测试(BIT):概述
作者回顾了格鲁曼公司为罗马航空发展中心(RADC)所做的智能BIT(内置测试)工作。他们的目标是通过在BIT中添加AI(人工智能)来实现智能BIT,从而消除误报。RADC在智能BIT项目下赞助了几项工作,其重点是提高BIT基于对情况的了解而不是使用简单的GO/NO触发机制做出更稳健决策的能力。这些知识有多种来源,包括内部功能、外部环境因素和时间监测。这些知识已经通过各种人工智能和相关技术被捕获和使用。特别关注了联合监视目标攻击雷达系统(Joint STARS)的时间监视软件和智能BIT的实现。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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