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Trey Smith, Maria Bualat, Abiola Akanni, Oleg Alexandrov, Laura Barron, J Benton, Gabriel Chuang, Brian Coltin, Terry Fong, Janette Garcia, Kathryn Hamilton, Lewis Hill, Marina Moreira, Robert Morris, Nicole Ortega, Joseph Pea, Jonathan Rogers, Misha Savchenko, Khaled Sharif, and Ryan Soussan. In Proc. Int. Space Station Res. Dev. Conf. (ISS-RDC), 2021.
[Extended Abstract PDF] [Slides PPTX]
The Integrated System for Autonomous and Adaptive Caretaking (ISAAC) project is developing technology for autonomous caretaking of spacecraft, primarily during uncrewed mission phases. ISAAC aims to integrate autonomous intra-vehicular robots (IVR) with spacecraft infrastructure (power, life support, etc.) and ground control. It focuses on capabilities required for NASA’s Gateway cis-lunar outpost that also apply to human missions to Mars and beyond. Its development strategy is to test using existing IVR on the ISS (the Astrobee free-flyer and Robonaut dextrous manipulator) as an analog for future IVR on Gateway.
@InProceedings{smith21:isaac,
author = {Trey Smith and Maria Bualat and Abiola Akanni and Oleg Alexandrov and Laura Barron and J Benton and Gabriel Chuang and Brian Coltin and Terry Fong and Janette Garcia and Kathryn Hamilton and Lewis Hill and Marina Moreira and Robert Morris and Nicole Ortega and Joseph Pea and Jonathan Rogers and Misha Savchenko and Khaled Sharif and Ryan Soussan},
title = {{ISAAC}: An Integrated System for Autonomous and Adaptive Caretaking},
booktitle = {Proc. Int. Space Station Res. Dev. Conf. (ISS-RDC)},
year = 2021,
}
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