Situated visual alarm displays support machine fitness assessment for nonexplainable automation
MF Rayo, CR Horwood, MC Fitzgerald… - … on Human-Machine …, 2022 - ieeexplore.ieee.org
Determine if situated visual alarm displays can support machine fitness assessment (MFA),
facilitating improved hazard recognition and alarm accuracy assessment in the presence of
inaccurate alarms. Poor performance of opaque automation is more difficult to detect, which
increases the likelihood of cascades resulting in overall system failure. MFA reduces the
negative impact of poor automation performance. Integrated alarm visualizations were
shown to 32 nurses for 10 cases focused on patient outcome and 17 focused on alarm …
facilitating improved hazard recognition and alarm accuracy assessment in the presence of
inaccurate alarms. Poor performance of opaque automation is more difficult to detect, which
increases the likelihood of cascades resulting in overall system failure. MFA reduces the
negative impact of poor automation performance. Integrated alarm visualizations were
shown to 32 nurses for 10 cases focused on patient outcome and 17 focused on alarm …
[引用][C] Situated Visual Alarm Displays Support Machine Fitness Assessment for Nonexplainable Automation............................ MF Rayo, CR Horwood, MC Fitzgerald …
EN Schneider, B Buchheit, P Flotho, MJ Bhamborae… - ieeexplore.ieee.org
… Human-Machine Interactions … Automated and Autonomous Driving … Human–Machine
Cooperative Steering Control Considering Mitigating Human–Machine Conflict Based on
Driver Trust …
Cooperative Steering Control Considering Mitigating Human–Machine Conflict Based on
Driver Trust …
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