Richard Washington, Keith Golden, John Bresina, David E. Smith, Corin Anderson, and Trey Smith
Proceedings of the IEEE Aerospace Conference, 1999, 1999.
|The Pathfinder mission demonstrated the potential for robotic Mars exploration but at the same time indicated the need for more robust rover autonomy. Future planned missions call for long traverses over unknown terrain, robust navigation and instrument placement, and reliable operations for extended periods of time. Ultimately, missions may visit multiple science sites in a single day and perform opportunistic science data collection, as well as complex scouting, construction, and maintenance tasks in preparation for an eventual human presence. Significant advances in robust autonomous operations are needed to enable these types of missions.
Towards this end, we have designed an on-board executive architecture that incorporates robust flexible operation, resource utilization, and failure recovery. In addition, we have designed ground tools to produce and refine contingent schedules that take advantage of the on-board architecture's flexible execution characteristics. Together, the on-board executive and the ground tools constitute an integrated rover autonomy architecture.
|rovers, autonomy, failure recovery|
|Richard Washington, Keith Golden, John Bresina, David E. Smith, Corin Anderson, and Trey Smith, "Autonomous Rovers for Mars Exploration," Proceedings of the IEEE Aerospace Conference, 1999, 1999.|
author = "Richard Washington and Keith Golden and John Bresina and David E. Smith and Corin Anderson and Trey Smith",
title = "Autonomous Rovers for Mars Exploration",
booktitle = "Proceedings of the IEEE Aerospace Conference, 1999",
publisher = "IEEE",
year = "1999",
|The Robotics Institute is part of the School of Computer Science, Carnegie Mellon University.|
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