G. Rabideau

Papers

Total Citations

121

H-Index

About

G. Rabideau is a leading figure in autonomous planning and scheduling for space exploration, with a career dedicated to enabling robotic missions to operate safely and effectively in the most hazardous environments in the solar system. Their most influential work, the seminal 2001 paper "Casper: Space Exploration Through Continuous Planning," has accumulated over 120 citations, establishing it as a cornerstone in the field. Rabideau’s major contribution lies in developing the Continuous Activity Scheduling, Planning, Execution, and Re-planning (Casper) system, a groundbreaking framework that allows spacecraft to dynamically adapt their plans in real-time as new data arrives or unexpected events occur. This capability is critical for exploring high-risk, scientifically rich targets—such as the volatile surfaces of comets, the turbulent atmospheres of gas giants, and the icy, potentially habitable subsurface ocean of Europa—where pre-scripted commands are inadequate. By shifting from static, ground-based planning to onboard, continuous decision-making, Rabideau’s work has dramatically increased the resilience and scientific return of autonomous missions. Their research has profoundly influenced how NASA and other agencies design intelligent, self-reliant explorers for the solar system’s most challenging frontiers.