人为故障和故障报告

Joel I. Cooper
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引用次数: 13

摘要

进行了两项研究以确定导弹系统中人为引起的故障的程度和性质。第一项研究1比较了从书面报告中获得的故障数据与从与生产线和主管人员的访谈中收集的数据。该研究揭示了两种报告方法在重点和数据范围上的巨大差异。书面报告一般只涉及设备故障;访问数据与操作,接近或可能的故障。结果表明,员工倾向于将人为故障报告为设备故障,从而避免自己或同事受到牵连。第二项研究试图确定未报告的人为故障的范围。检查表明,在个别导弹系统中,人为引起的故障占所有系统故障的20%至53%。据透露,在两个导弹系统中,人为的拦截分别占总拦截的16%和23%。人为启动的故障数据被进一步分类为这些故障发生的操作类型。这些分类的百分比已在本报告中说明。对故障报告实践进行了审查,以确定其在揭示这些数据方面的有效性,并指出报告计划如何服务于或未能服务于表明人为引起的故障的问题,以便采取纠正措施。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Human-Initiated Failures and Malfunction Reporting
Two studies were conducted to determine the extent and nature of human-initiated failures in missile systems. The first study1 compared malfunction data obtained from written reports with data gathered from interviews with line and supervisory personnel. The study revealed large discrepancies in emphasis and extent of data between the reporting methods. Written reports generally were concerned only with failed equipment; interview data with operational, near, or possible malfunctions. The results indicated that personnel tend to report human-initiated malfunctions as equipment malfunctions, thus avoiding incrimination of themselves or their fellow workers. The second study2 attempted to establish the extent of unreported human-initiated malfunctions. Examination indicated that in individual missile systems, human-initiated malfunctions comprised from 20 to 53 per cent of all system malfunctions. It was also revealed that in two missile systems, human-initiated holds accounted for 16 and 23 per cent of total holds, respectively. Human-initiated malfunction data were further classified into the kinds of operations in which these malfunctions occurred. The percentages in these classifications are indicated in this report. Malfunction-reporting practices were reviewed to establish their effectiveness in revealing these data and to indicate the way in which the reporting schemes serve, or fail to serve, the problem of indicating human-initiated malfunction in order that corrective action may be taken.
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