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Frank Dellaert
PhD Student, CS

No longer a member of RI.

Jump to: Biography | Research interests | Keywords | Labs & Groups | Projects | Publications

Biography

After graduation, joined the faculty at the College of Computing, Georgia Institute of Technology. Please visit his new homepage.

Research interests

My research focuses on developing computationally efficient algorithms to construct models of physical phenomena from massive amounts of noisy, ambiguous data. My approach is to pair theoretically sound, probabilistic, model-based reasoning with randomized approximation methods to attain efficiency.
I have exploited this theme in two major research projects prior to my thesis research: Texture-Based Tracking and Monte Carlo Localization (joint work with Dieter Fox). In my thesis research I exploit these same principles, but apply them to a problem of vastly greater complexity. In particular, I provide an efficient solution to the problem of building a 3D world model from 2D images, without correspondence.

Research interest keywords

artificial intelligence, computer vision, image processing, machine learning, mobile robots, sensor fusion, statistics, stereo vision, video systems, and visual tracking

Past Labs & Groups

Biomedical Image Analysis - We are an interdisciplinary team interested in develping algorithms for biomedical image analysis under an image feature-based machine learning framework.
Calibrated Imaging Lab - High precision vision and imaging lab
Mobile Robot Lab - Engaging in long-term basic research in perception, control and planning for robots that navigate through complex indoor and outdoor spaces.
NavLab - Autonomous Vehicles and Driver Assistance
Robot Learning Lab - Pursuing research on robot learning, mobile robotics, multi-robotics, human robot interaction, and basic machine learning.
 

Past Projects

A Statistical Quantification of Human Brain Asymmetry - Constructing image index features to retrieve medically similar cases from a multimedia medical database.
Amelia - An improved Xavier
Mercator - Cooperative Multi-Robot Mapping and Planning
Minerva - Minerva is an autonomous robot that daily moves through crowds at the Smithsonian's National Museum of American History.
Super-Resolved Texture Tracking - Video-stream object motion estimation and tracking.
 

Recent publications [View all 34 publications]


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