Home|
Research|
Publications|
Seminar|
Develop|
MathTools|
Collaborators|
Photo|
Visio|
Seal|
Song|
Money|
History|
Links
Address
8125 Math Bldg University of California Los Angeles,
Los Angeles, CA 90095
Tel: 310-206-7721
Fax: 310-206-5658
Email: hfgong@stat.ucla.edu
Office: Boelter Hall 9410
Education
Research Interests
- Image modeling and nonlinear dimensionality reduction,
manifold learning
- Image editing, image fusion, matting and
filtering
- Motion Tracking, Video Parsing, Video Event Recognition,
Intelligent Video Surveillance
Research Experiences
Postdotoral scholar, in Department of Statistics,
University of California Los Angeles
, CA, USA
2007 - Now
- Video Analysis
- Video content extraction and composition
- Object Recognition
Research associate in
Lotus Hill Instute
, E Zhou, Hubei, China, Aug.
2006 - 2007
- Trackability of visual motions
- Unified theory for video understanding
- Video content extraction and composition
Research Assistant in NLPR,
Institute of Automation,
CAS, Sep.
2003 - Jul. 2006
- Generalized Scale Space Optical Flow: generalized Horn-Schunk
optical flow to multi-dimensional multi-channel image, and applied
it to scale space optical flow
- Intrinsic Manifold Matching: matching scattered image data to
a Stiefel manifold with some anchor points given
- Neural Network for Manifold Learning: using neural network to
model high dimensional nonlinear image data
- Image Fusion on Gradient Field: using gradient field to fusion
low resolution color image and high resolution grayscale image to
produce a color image with high resolution
- Boostcvpr - initiated a project on SourceForge(TM): computer vision and pattern
recognition library based on boost C++ library. (http://boostcvpr.sourceforge.net/)
Research Assistant in Wuhan University of Technology, Sep.
2000 - Jun. 2003
- MIS - involved in several management information systems,
including ERP for optics production manufacturer, educational
administration information system of WHUT and fleet logistic system.
- Simulation - took part in the developing of a hybrid vehicle
performance simulation system.
(C) Haifeng GONG, 2008