Real-Time Collaborative Science Decisioning Systems for Moon to Mars human-robotic exploration. @SVAstronomyLectures
Real-Time Collaborative Science Decisioning Systems for Moon to Mars human-robotic exploration.  @SVAstronomyLectures
Uploaded February 2025 | Updated September 2026, 3 hours ago
Jan. 29, 2025
Dr. Darlene Lim (NASA Ames Research Center)

NASA's Volatiles Investigating Polar Exploration Rover (VIPER) is a planned mission to go to the South Pole of the Moon and get a close-up view of the locations that can sustain water ice – ice that could eventually be harvested to support human exploration on the Moon, on Mars — and beyond. Dr. Lim discusses how, for the first time in NASA’s history, the science team would be fully integrated into the mission operations team and will provide near real-time input on where to explore on the Moon. While the fate of the mission is now in some doubt, Dr. Lim discusses the lessons learned, and the remarkable techniques the team developed to make real-time, almost instant decisions about what the rover does next at each point in its journey. She also tells about how her earlier experience exploring deep lakes on Earth with robotic and crewed vehicles taught her valuable lessons that she could apply to designing lunar exploration protocols.
Real-Time Collaborative Science Decisioning Systems for Moon to Mars human-robotic exploration.Brown Dwarfs and Free Floating Planets: When You are Just Too Small to be a StarA Scientist Looks at Doomsday 2012′ and the Rise of Cosmophobia
SVAstronomyLectures |

Real-Time Collaborative Science Decisioning Systems for Moon to Mars human-robotic exploration.

SHARE TO X SHARE TO REDDIT SHARE TO FACEBOOK WALLPAPER