Dual use applications of hazard monitoring: commercial and military aviation and beyond

M. Skidmore, J.P. Zenyuh, R. Small, T. J. Quinn, C.A.D. Moyers
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引用次数: 4

Abstract

Hazard Monitoring is an innovative approach to addressing the problem of human error in complex systems: our Hazard Monitor aids the operator in recovery from hazardous situations, rather than attempting to prevent operator errors. A hazardous situation is one which may result in a Range of negative consequences, from a violation of system guidelines to a loss of equipment, or even loss of life. When the Hazard Monitor detects a hazardous situation, it creates a message and dispatches it to the operators, so that they become aware of and can remedy the situation before the negative consequences occur. Because the Hazard Monitor considers system states in relation to ongoing system activities, it is able to tailor the messages, adjusting both timing and content to reflect the context of the predicted consequences. By prompting for operator action to avert consequences as hazards arise, but remaining silent when operations are normal, the Hazard Monitor serves an unobtrusive operator aid, functioning without direct operator control. Hazard Monitoring technology has been designed as a general purpose technology, capable of assisting complex system operators in a wide variety of domains. This paper describes the Hazard Monitoring technology and its application in both military and commercial avionics domains, as well as other, non-avionics domains.
危险监测的双重用途应用:商业和军事航空及其他领域
危险监测是解决复杂系统中人为错误问题的一种创新方法:我们的危险监测帮助操作人员从危险情况中恢复,而不是试图防止操作人员犯错。危险情况是指可能导致一系列负面后果的情况,从违反系统准则到设备损失,甚至生命损失。当Hazard Monitor检测到危险情况时,它会创建一条消息并将其发送给操作人员,以便他们能够在负面后果发生之前意识到并纠正这种情况。由于Hazard Monitor考虑与正在进行的系统活动相关的系统状态,因此它能够定制消息,调整时间和内容以反映预测结果的上下文。当危险出现时,危险监测器会提示操作人员采取行动以避免后果,但在操作正常时保持沉默,这是一种不显眼的辅助操作,无需操作人员直接控制。危害监测技术被设计为一种通用技术,能够在各种领域协助复杂的系统操作员。本文介绍了危害监测技术及其在军用和商用航空电子领域以及其他非航空电子领域的应用。
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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