Speakers
Mikhail Belkin
Ohio State University
Semi-supervised learning;
Graph manifold;
Spectral graph theory.
Tamara L. Berg
Stony Brook University
Organizing large collections of images with associated text.
Li Fei-Fei
Princeton
University -
Stanford University
Object and scene recognition;
Human motion recognition; Neuroscience;
etc.
Yann LeCun
New York University
Machine Learning; Computer Vision;
Mobile Robotics; Computational Neuroscience;
etc.
Yi Ma
University of Illinois at Urbana-Champaign
Computer vision;
Mathematics and statistics;
Decision and control.
Jianbo Shi
University of Pennsylvania
Human recognition;
Image segmentation and object recognition;
etc.
Sinisa Todorovic
Oregon State University
Computer vision; Object recognition;
Stochastic image grammars; Graph theory.
Eric P. Xing
Carnegie Mellon University
Statistical learning; Computational biology; Learning approaches to temporal/spatial modeling, social network analysis, text/image mining, NLP.
Song-Chun Zhu
University of California at Los Angeles
Computer vision; Statistical modeling and computing; Vision and visual arts; Machine learning.
Alex Berg
Columbia University
Shape and object recognition;
Recognition and synthesizing human actions;
etc.
Robert T. Collins
Pennsylvania State University
Video understanding;
Multi-image stereo;
Tracking, segmentation, and detection.
Tony Jebara
Columbia University
Machine learning with applications in computer vision;
Spatio-temporal modeling.
Yanxi Liu
Pennsylvania State University
Computer vision and robotics;
Computational symmetry.
Silvio Savarese
University of Michigan at Ann Arbor
Semantic understanding of images;
Modeling spatial organization and layout of scene and behavior.
Tieniu Tan
Chinese Academy of Sciences
Image processing; Machine and computer vision; Pattern recognition; Multimedia; Robotics.
Zhuowen Tu
University of California at Los Angeles
Inference of medical imaging; Machine Learning;
Statistical modeling/computing; Computer vision.
Hongbin Zha
Peking University
Computer vision; 3D scene reconstruction and modeling; Machine learning methods for 3D shape analysis; 3D target tracking.