Oman, C. M.
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Sensorimotor Interaction with Vehicle Displays and Controls to Enhance Human-Machine Cooperation during Precision Lunar Landing
NASA Human Research Program Investigators’ WorkshopHouston, TX2012 -
Using inertial measurement units for space vehicle safety, comfort, desig, and performance optimization (abstract)
NASA Human research Program Investigators’ WorkshopHouston, TXFeb. 14-16, 20122012 -
Pilot Performance, Workload, and Situation Awareness During Lunar Landing Mode Transitions
AIAA Journal of Spacecraft and RocketsVolume50pp.793-8012013 -
Sensorimotor Displays and Controls to Enhance safety of Human/Machine Cooperation during Lunar Landing: Project Review (abstract)
NASA Human Research Program Investigators’ WorkshopGalveston, TX2013 -
Sensorimotor Displays and Controls to Enhance Safety of Human/Machine Cooperation during Lunar Landing: Project Review
Human Research Program Investigators’ WorkshopGalveston, TX2013 -
Perceived tilt and translation during variable-radius swing motion with congruent or conflicting visual and vestibular cues
Experimental Brain ResearchVolume210pp.173-18420112011 -
Motion sickness etiology: A cholinomimetic agent hypothesis
Journal of Vestibular ResearchVolume21pp.84-85April 8-10, 20112011 -
Modeling and mitigating spatial disorientation in low G environments: A progress report
Journal of Vestibular ResearchVolume21pp.69April 8-10, 20112011 -
Effects on an Achievability Display on Pilot Decision Making and Behavior in Simulated Lunar Landings
18th IAA Humans in Space Symposium (abstract)Houston, TX2011