Jacqueline Montgomery

Papers

Total Citations

145

H-Index

About

Jacqueline Montgomery is a pioneering researcher in autonomous aerospace systems, with a primary focus on precision landing technologies and planetary exploration. Her most influential work, "Vision Guided Landing of an Autonomous Helicopter in Hazardous Terrain" (2006, 130 citations), introduced a fully autonomous onboard system capable of identifying and avoiding hazardous features—a critical capability for future robotic space missions seeking to explore scientifically significant but previously inaccessible sites. This contribution directly addresses the challenge of precision soft-landing, enabling safer and more ambitious extraterrestrial exploration. Montgomery also advanced the field of aerobot exploration through her work on autonomy architectures for missions to Saturn's moon Titan (2008), proposing systems to navigate methane lakes, river channels, and drainage basins revealed by the Huygens probe and Cassini spacecraft. Her research bridges computer vision, robotics, and planetary science, demonstrating how autonomous decision-making can unlock new frontiers in space exploration. With over 145 combined citations, Montgomery's work remains foundational for engineers designing next-generation landers and aerial explorers for hazardous environments beyond Earth.