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Prediction and measurement of human pilot dynamic characteristics in a manned rotorcraft simulation

Ronald A. Hess,James T. Reedy-1988-10-07-NASA Technical Reports Server (NASA)
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TL;DRAbstract

An analytical and experimental study of the human pilot control strategies in a manned rotorcraft simulation is described. The task simulated involves a low-speed, constant-altitude maneuvering task in which a head-down display is utilized to allow the pilot to track a moving hover point. The efficacy of the display law driving an acceleration symbol is determined and the manner in which the prediction and measurement of pilot/vehicle dynamics can be made part of man/machine system evaluations is demonstrated.

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An analytical and experimental study of the human pilot control strategies in a manned rotorcraft simulation is described. The task simulated involves a low-speed, constant-altitude maneuvering task in which a head-down display is utilized to allow the pilot to track a moving hover point. The efficacy of the display law driving an acceleration symbol is determined and the manner in which the prediction and measurement of pilot/vehicle dynamics can be made part of man/machine system evaluations is demonstrated.

Keywords

AccelerationTask (project management)Track (disk drive)SimulationPoint (geometry)Computer scienceAerospace engineeringEngineering

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