Anup Katake

DRVision Technologies (United States), Jet Propulsion Laboratory

Papers

Total Citations

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About

Anup Katake is a leading figure in autonomous navigation and precision landing systems for planetary exploration, with a career dedicated to solving the complex challenges of safely delivering robotic spacecraft to extraterrestrial surfaces. His primary research focuses on terrain relative navigation, hazard detection, and the development of advanced sensor fusion algorithms. Katake’s seminal work, "LandingNav: a precision autonomous landing sensor for robotic platforms on planetary bodies" (2009, 5 citations), laid the groundwork for a new generation of landing systems, integrating imaging and LIDAR data to enable real-time hazard avoidance. He further advanced this field with "The intelligent landing system for safe and precise landing on Europa" (2017, 3 citations), addressing the unique difficulties of landing on icy, low-gravity bodies like Jupiter’s moon, a key target for astrobiology. Most recently, his 2022 paper on "Velocimeter LIDAR-Based Bulk Velocity Estimation" (2 citations) introduces a novel batch state estimation technique that significantly improves vehicle velocity estimation for terrain relative navigation. While his citation counts reflect a specialized, high-impact niche, Katake’s contributions are foundational to the future of autonomous space exploration, directly enabling missions that require pinpoint accuracy on distant, hazardous worlds.