Field Robotics Center Seminar / Robotics Speaking Skills Qualifier

  • Gates Hillman Centers
  • Reddy Conference Room 4405
  • EUGENE FANG
  • Ph.D. Student
  • Robotics Institute
  • Carnegie Mellon University
Speaking Skills

Belief Space Planning for Reducing Terrain Relative Localization Uncertainty in Noisy Elevation Maps

Accurate global localization is essential for planetary rovers to reach science goals and mitigate mission risk. Planetary robots cannot currently use GPS or infrastructure for navigating, and hence rely on terrain for determining global position. Terrain relative navigation (TRN) compares planetary rover-perspective images and 3D models to existing satellite orbital imagery and digital elevation models (DEMs) for absolute positioning. However, TRN is limited by the quality of orbital data and the presence and uniqueness of terrain features. This talk presents a method that reduces localization uncertainty from terrain relative navigation while planning global paths and is robust to noise and errors in DEMs.

Eugene Fang is a Ph.D. student in the Robotics Institute at Carnegie Mellon University, advised by Prof. William "Red" Whittaker. He previously received his M.S. in Robotics at CMU and B.S. in Electrical Engineering and Computer Sciences at UC Berkeley. His interests are in route planning for planetary exploration rovers.

Committee Members
Red Whittaker (chair)
Max Likhachev
Michael Kaess
Michael Furlong

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