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Technical Feasibility and Relative Productivity of Alternate NASA Robotic Missions to a Lunar Dark Crater.

, , , , , , , , , and . IEEE Syst. J., 2 (1): 120-128 (2008)

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Robots in Space: U.S.Missions and Technology Requirements into the Next Century., , and . Auton. Robots, 4 (2): 159-173 (1997)Asynchronous production system for control of an autonomous mobile robot in real-time environment., , , and . Applied Artificial Intelligence, 6 (4): 485-509 (1992)Toward a systematic approach for selection of NASA technology portfolios., , , and . Syst. Eng., 7 (4): 285-302 (2004)Autonomous Mobile Robot Research Using The Hermies-III Robot., , , , and . IROS, page 251-256. IEEE, (1989)Learned Navigation Paths for a Robot in Unexplored Terrain., , , and . CAIA, page 148-155. IEEE Computer Society / North-Holland, (1985)Learning by an autonomous robot at a process control panel., , , , and . IEEE Expert, 4 (4): 8-16 (1989)Autonomous Navigation, Exploration, and Recognition Using the HERMIES-IIB Robot., , , , and . IEEE Expert, 2 (4): 18-27 (1987)Guest editors' introduction., and . Auton. Robots, 2 (4): 259-260 (1995)Recent Cesar Research Activities In Sensor Based Reasoning For Autonomous Machines., , , , and . IROS, page 417-421. IEEE, (1988)3-D world modeling based on combinatorial geometry for autonomous robot navigation., , , and . ICRA, page 727-733. IEEE, (1987)