Titlebook: Human Detection and Diagnosis of System Failures; Jens Rasmussen,William B. Rouse Book 1981 Springer Science+Business Media New York 1981

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Commercial Air Crew Detection of System Failures: State of the Art and Future Trends to operational or system malfunctions or emergency situations. When flight systems were simpler, relatively crude CAWS were manageable. Today, however, the complexity and size of modern avionics systems makes it crucial to have optimal systems to alert the crew to problems, and to assist them in ha

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Ship Navigational Failure Detection and Diagnosisrs with little or no traffic, the ship navigation system is fairly tolerant of errors and other failures. As ships approach narrow, restricted channels and increasing traffic densities, the systems failure tolerance decreases.

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A Model of Human Fault Detection for Complex Dynamic Processesuire some sort of human monitoring and supervision to ensure proper operation. Research in the past several years has recognized the importance of the human monitor’s role in manned-vehicle systems (e.g., Sheridan and Johannsen, 1976). There is a similar interest in the role and capabilities of the

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