Task analysis of the UH-60 mission and decision rules for developing a UH-60 workload prediction model: Summary report, Volume 1
Carl R. Bierbaum, Sandra M. Szabo, Theodore B. Aldrich, ARI Aviation R&D Activity (U.S. Army Research Institute for the Behavioral and Social Sciences), U.S. Army Research Institute for the Behavioral and Social Sciences. Training Research Laboratory
U.S. Army Research Institute for the Behavioral and Social Sciences, 1989 - Computers - 34 pages
8 pages matching presented in Appendix in this book
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Anacapa Sciences Army Research Institute auditory AVSCOM Cargo Release Switch cognitive component overload composite scenario computer model concurrent tasks continuous tasks Control Altitude COPILOT DISCRETE RANDOM data base Decision Rules Worksheets descriptors of workload developing the UH-60 Enroute estimates of workload Evaluate Hand Signals External Visual Flight Control Function 14 Function Analysis Worksheets Function Decision Rules half-second IHOIId interval scale kinesthetic Load Cargo External methodology mission segments mission/task analysis mission/task/workload analysis Monitor Audio Night Vision Goggles nine mission phases operator overload operator workload Perform Cockpit Communication performing each task Predicted Workload presented in Appendix psychomotor workload random tasks scale measures seconds Segment 15 SEGMENT DECISION RULES Set Cargo Release Szabo Takeoff External Load task analysis tasks e.g. tasks performed total workload experienced U.S. Army Research UH-60 aircraft UH-60 mission UH-60 workload prediction verbal anchors verbal descriptors Visual 1 FCA/EX visual-aided workload associated workload component scales workload prediction model