Spacecraft Autonomy: Using AI to Expand Human Space Exploration:
Papers from the AAAI Fall Symposium
Ari Jonsson and David Kortenkamp, Cochairs
October 13–15, 2006, Arlington, Virginia
Technical Report FS-06-07
88 pp., $30.00
ISBN 978-1-57735-305-8
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Autonomy will be a key component in future human exploration missions. Artificial intelligence technology can provide robust solutions to systems automation and mission operations coordination and can enable an incremental approach that extends from partial subsystem automation to coordination and oversight of distributed operations involving multiple systems and crew. The goal of this symposium was to identify and explore the artificial intelligence technologies that will allow NASA and other space organizations to operate spacecraft and surface habitats with increased safety and reliability, while reducing the lifecycle costs in terms of mission planning, training, operations and maintenance. Key research issues included: adjustable, human-in-the-loop automation that helps crew and mission operations staff work more safely and efficiently; techniques that robustly handle failures and unplanned outcomes, as well as interruptions and overrides from crew; and techniques to develop and validate automation software and applications.