Physiological and Cognitive Exploration Simulation: Assessments of Physiology and Cognition in Hybrid Environment: A Novel Approach to Optimize the Future of Spacewalk Simulations

Ulman, H ; Abercromby, A ; Garbino, A ; Miller, M

关键词: ASTRONAUTS;    EXTRAVEHICULAR ACTIVITY;    FLIGHT MANAGEMENT SYSTEMS;    MARS MISSIONS;    RISK MANAGEMENT;    DECISION MAKING;    LUNAR EXPLORATION;    MARS EXPLORATION;    PILOT PERFORMANCE;    SITUATIONAL AWARENESS;   

RP-ID  :  JSC-E-DAA-TN60140

学科分类：天文学(综合)

美国|英语

来源: NASA Technical Reports Server

【 摘 要 】

As NASA plans to return to the Moon in the 2020's, with missions to Mars in the 2030's, extravehicular activities (EVAs)must be optimized due to the inherent 4-22 minute communication latency from Earth to Mars. Certain control functions previously executed by Mission Control must now be performed by astronauts, leading to a new operational paradigm or the future of mission operations. Consequently, future mission explorations will be more physically and cognitively demanding on both EV and IV personnel.