Sensorimotor Adaptation
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Current Team Projects

  • Advanced Displays for Efficient Training and Operation of Robotic Systems
    Charles M. Oman, Ph.D.
    Description   |   Technical Summary

  • Development of Countermeasures to Aid Functional Egress from the Crew Exploration Vehicle Following Long-Duration Spaceflight
    Ajitkumar P. Mulavara, Ph.D.
    Description   |   Technical Summary

  • Development of Countermeasures to Enhance Sensorimotor Adaptation
    Jacob J. Bloomberg, Ph.D.
    Description   |   Technical Summary

  • Enhancement of Spatial Orientation Capability of Astronauts on the Lunar Surface
    Rongxing (Ron) Li, Ph.D.
    Description   |   Technical Summary

  • Galvanic Vestibular Stimulation as an Analog of Post-Flight Sensorimotor Dysfunction
    Steven T. Moore, Ph.D.
    Description   |   Technical Summary

  • Investigating High-Frequency Vestibular Function: A Potential Flight Diagnostic (Postdoctoral Fellowship)
    Jocelyn E. Songer, Ph.D.
    Description   |   Technical Summary

  • Modeling and Mitigating Spatial Disorientation in Low-Gravity Environments
    Ronald L. Small
    Description   |   Technical Summary

  • Robust Human-System Interface Design for Spaceflight-Induced Environments
    Lee Stone, Ph.D.
    Description   |   Technical Summary

  • Sensorimotor Displays and Controls to Enhance the Safety of Human/Machine Cooperation During Lunar Landing
    Laurence R. Young, Sc.D.
    Description   |   Technical Summary


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An in-flight treadmill training program under development by the National Space Biomedical Research Institute and NASA will help astronauts readapt to gravity after long periods of weightlessness.