Computer Science – Robotics
Scientific paper
Jul 1992
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1992saei.confs....r&link_type=abstract
SAE, International Conference on Environmental Systems, 22nd, Seattle, WA, July 13-16, 1992, 7 p.
Computer Science
Robotics
Life Support Systems, Lunar Bases, Mission Planning, Space Habitats, Manned Mars Missions, Portable Life Support Systems, Pressurized Cabins, Robotics, Roving Vehicles, Site Selection
Scientific paper
In providing crew life support for future exploration missions, overall exploration objectives will drive the life support solutions selected. Crew size, mission tasking, and exploration strategy will determine the performance required from life support systems. Human performance requirements, for example, may be offset by the availability of robotic assistance. Once established, exploration requirements for life support will be weighed against the financial and technical risks of developing new technologies and systems. Other considerations will include the demands that a particular life support strategy will make on planetary surface site selection, and the availability of precursor mission data to support EVA and in situ resource recovery planning. As space exploration progresses, the diversity of life support solutions that are implemented is bound to increase.
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