Liu, A.M.
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Flynn-Evans, E.E, Forman, R.E, Galvan, R.C, Liu, A.M., Lockley, S.W, Lowenthal, C.S, Natapoff, A., Oman, C. M., Rueger, M
Validation of Assessment Tests and Countermeasures for Detecting and Mitigating Changes in Cognitive Function during Robotic Operations
NASA Human Research Program Investigators’ WorkshopHouston, TX2012 -
Predicting space telerobotic operator training performance from human spatial ability assessment
Acta AstronauticaVolume92pp.38-4708/20132012 -
Modelling differences in behavior between and within drivers
Human Modelling in Assisted Transportation: Models, Tools and Risk Methodspp.15-22Milan2011 -
Evaluation of Sensorimotor Performance During Lunar Landing (abstract)
Aviation Space and Environmental MedicineVolume80pp.230March 20092009 -
Sensorimotor Displays and Controls to Enhance the Safety of Human/Machine Cooperation During Lunar Landing (poster)
The Aerospace Medical Associateion 80th Annual Scientific MeetingLos Angeles, CAMay 4, 20092009 -
Spatial Ability as a Predictor of Space Robotics Training Performance (abstract)
Aviation Space and Environmental MedicineVolume79pp.28820082008