Graphics, Vision, HCI. K.P. Chan Wenping Wang Li-Yi Wei Kenneth Wong Yizhou Yu
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1 Graphics, Vision, HCI K.P. Chan Wenping Wang Li-Yi Wei Kenneth Wong Yizhou Yu
2 Li-Yi Wei Background Stanford (95-01), NVIDIA (01-05), MSR (05-11) Research Nominal: Graphics, HCI, parallelism Actual: Computing natural repetitions (Computer science is about repetitions) Can work on almost anything + have fun I tailor projects for individual students (so they also have fun)
3 Computing natural repetitions data driven (non-parametric) auto texture synthesis parallelism inverse synthesis graphics motion texture blue noise element texture HDR edit interact HCI parallel random Parallel Poisson differential analysis procedural (parametric) revision control
4 Discrete element textures [Ma et al. SIGGRAPH 2011] exemplar synthesis domain output
5 SIGGRAPH The coolest (& ass kicking) venue in graphics Each paper can be worth a PhD thesis (Just in case you don t know) HKU has 4 papers in SIGGRAPH 2012 So we are awesome (in addition to have fun)
6 input output
7 input output
8 input output
9
10 Yizhou Yu Background Berkeley (PhD 2000), UIUC ( ) Research Graphics, vision, image processing Computational Photography Computer Animation Geometry Processing Medical Imaging Video Analytics
11 Deformation transfer for real time cloth animation [SIGGRAPH 2010] Deformation Transformer
12 Motivation Real-Time Cloth Animation Video games, virtual fashion, etc. The Problem Real-time performance on high-resolution models PDE Integration, Collision resolution. Final Fantasy XIII Nurien
13 Hybrid Approach : Overview Simulate low-res cloth on the GPU Rely on a data-driven model to transform the low-res simulation into a high-res animation Deformation Transformer
14 An Example High-Res Dress: 27K Triangles, Low-Res Dress: 200 Triangles Frame Rate: 261
15 Data-Driven Image Color Theme Enhancement [SIGGRAPH Asia 2010] Photo Reuse: how to edit a photograph to enhance a desired color impression by exploiting prior knowledge extracted from an existing photo collection? Waiting for the right season and illumination could be extremely time-consuming! source image nostalgic lively
16 Our Goal Image Color Theme Enhancement desolate Input Image lively
17 Results happy sad Input Images spring in the air peaceful
18 Wenping Wang Background Alberta (PhD 1992), Department Head Research Computer graphics Geometry Processing Computational geometry Architectural Design Scientific Visualization
19 SIGGRAPH 2006
20 SIGGRAPH 2007
21 SIGGRAPH 2008
22 SIGGRAPH 2008
23 Kwan-Yee Kenneth Wong Background Cambridge (PhD 2001) Research 3D modeling Video surveillance Image processing Pattern recognition
24 3D Model Reconstruction Robust recovery of shapes with unknown topology from the dual space (PAMI 2007) contour generator silhouette N
25 3D Model Reconstruction Robust recovery of shapes with unknown topology from the dual space (PAMI 2007) tangent operation tangent operation original surface dual surface original surface
26 3D Model Reconstruction Robust recovery of shapes with unknown topology from the dual space (PAMI 2007)
27 Eye Gaze Tracking Reconstruction of display and eyes from a single image (CVPR 2010) 27
28 Eye Gaze Tracking Reconstruction of display and eyes from a single image (CVPR 2010) 28
29 Kwok-Ping Chan Background HKU (PhD 1989) Research To apply various Machine Learning methods on Pattern Recognitions, such as facial expression recognition. Study on Cross Domain Learning where the training and the testing domain are not the same.
30 Facial Expression Recognition Goal: to recognize one of the seven basic facial expressions:
31 Methods Dynamic Bayesian Network Discriminative Hidden Markov Models Discriminative Temporal Topic Models Given an image sequence of facial expression, we compute the probability of each expression using the above techniques.
32 Examples: Smile with blinking eyes: From input, produce output similar to input arbitrary size Key Publication: CVPR 2009
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