Research/ PLANETARY ROBOTICS
Self-Reliant Rover Design for Increasing Mission Productivity
Ashwin Vasavada, Robert Anderson, Gregg Rabideau, Kathryn Yu, Vincent Wong, Jacek Sawoniewicz, Ksenia Kolcio, Heather Justice, Chet Joswig, Ali-Akbar Agha-Mohammadi, Steve Schaffer, Brandon Rothrock, Michael Paton, Ryan Mackey, Gary Doran, Joseph Russino, Daniel Gaines
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Achieving consistently high levels of productivity has been a challenge for Mars surface missions. While the rovers have made major discoveries and dramatically increased our understanding of Mars, they often require a great deal of effort from the operations teams, and achieving mission objectives can take longer than anticipated. The objective of this work is to identify changes to flight software and ground operations that enable high levels of productivity with reduced reliance on ground interactions. This will enable the development of Self-Reliant Rovers: rovers that make use of high-level guidance from operators to select their own situational activities and respond to unexpected conditions, all without dependence on ground intervention. In this paper we describe the system we are developing and illustrate how it enables increased mission productivity.