The landing task and pilot acceptance of displays for landing in reduced weather minimums
Landing task and pilot acceptance of displays for landing in reduced weather minima
SEARCH · Search NASA
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
Landing task and pilot acceptance of displays for landing in reduced weather minima
Weightlessness simulation of Gemini extravehicular tasks using neutral-buoyancy underwater techniques
Indirect optical viewing system in F-104B for simulated lifting-body approach and landing tasks
Target displacement and track coherence in pursuit tracking tasks experiments for human performance studies
Image motion stabilization for dynamic visual task by astronauts on future space missions
Effects of sonic booms and subsonic jet flyover noise on skeletal muscle tension and paced tracing task
Identifying procedures for improving performance of complex psychological tasks
Algorithm for scheduling real time tasks in multiprocessing system
Simulator study of flight management task performance during low visibility approach and landing using baseline category 2 flight instrumentation
Digital readout of code transformation task to measure human performance in man machine systems
Human operator transinformation sensitivity to display gain and forcing function bandwidth in rate control tracking task
Flight simulation data on motion cues effects in controlling compensatory tracking tasks
Three phase code transformation task for human subjects, determining memory aid role in problem solving phase from factor analysis
Motion cue requirements in one and two axis closed loop compensatory control tracking tasks, discussing error rates
Design of FORTRAN parallel task recognizer program
Effects of motion cues and motion scaling on one and two axis compensatory control tasks with application to flight simulators
Reaction times of subjects in tests with display control configurations typical of those used in continuous tracking tasks
Experimental validation and analytical elaboration for models of pilot neuromuscular subsystem in tracking tasks