Fu-Chung Huang 黃輔中
	Contact Information : Email: jonash at cmlab.csie.ntu.edu.tw Phone: +886 - 2 - 33661212 Curriculum Vitae: <PDF version> Graphics Group, Cummunication and Multimedia Lab., Dept. CSIE and Dept. IM, National Taiwan University

Research Interest:

Computer Animation(specifically character animation and facial animation)

Geometric Modeling( mesh simplification and remesh techniques)

Computer Vision/Machine Learning( animation and mesh capture)

Publication List:

"Animating Lips-Sync Speech Faces with Compact Key-Shapes", Fu-Chung Huang , Bing-Yu Chen , Yung-Yu Chuang, submitted to Eurographics 2008 (Paper 1M pdf)(Video 18M zip)

"Progressive Deforming Meshes based on Deformation Oriented Decimation and Dynamic Connectivity Updating", Fu-Chung Huang , Bing-Yu Chen , Yung-Yu Chuang, ACM SIGGRAPH/Eurographics Symposium on Computer Animation 2006, Vienna, September 2006. ( Paper 12M pdf) ( Video 40M zip)

"Progressive Deforming Meshes based on Deformation Oriented Decimation", Fu-Chung Huang , Bing-Yu Chen , Yung-Yu Chuang, ACM SIGGRAPH 2006 Conference Abstracts and Applications (Posters Program) , Boston, Massachusetts, USA., 2006. ( Paper 2.4M pdf) ( Video 16.7M zip)
accepted for SIGGRAPH [Student Research Competition]

Research Experience:

• Quad-Mesh Simplification(~present)
  --- For researchers, triangle mesh is quite normal, but as for animators, they really really like quad(or hybrid) mesh. Multi-resolution techniques on this categories usually fall remesh.
  
• Animation Capture(~present)
  ---This project aims at capture gymnastics as character animation. The original thought is to combine the strength of both vision and UI.
  
• Speech Driven Lips-Sync Facial Animation
  --- My Master thesis that dealt with the high level parameterizations on facial animation.
  
• Video Driven Facial Animation
  --- A experimental project that extends the usability of MeshIK
  
• Mesh-Based Inverse Kinematics(MeshIK)
  --- The implementation is here. (This is my second version with cleaner code, but without UI. The first veresion came with UI based on OpenGL and GLUT, but spaggetti code.)
  
• Simplification for Deforming Models
  --- In this paper, a technique was presented to simplify deformable mesh and preserve those highly deformed area. Also a dynamic-connectivity scheme was illustrated to better approximate area with extreme geometric deformation.
  
• Memoryless Simplification
  --- This was based on Michael Garland's qslim, try the memoryless version of qvis on windows platform
  
• Nebula : A Mesh-Error Measuring Tool Based on Rendered Images
  --- This is based on Peter Lindstrom's Ph.D thesis, image based simplification
  
• Game Developement on Java Phone
  --- This was a project from my lab.
  
• UPnP
  --- Implemented an UPnP Media Server. (Was my part-time job.)
  
• IPv6 Tunnel Broker for Taiwan Academic Network (TANet)
  --- This seminal project was part of the deployment of the IPv6 infrastructure in Taiwan
  
  

Awards/Honors:

NTU Presidential Awards (within the top fifth percentile in the class)

Education:

Department of Information Management (M.B.A.) Feb.2006 ~ Jul. 2007
Department of information Management (B.B.A ) Sep. 2001 ~ Jul. 2005
Department of Mechanical Engeering Sep. 2000 ~ Jul. 2001

Courses:

2007 Spring:

Geometric Modeling
Advanced Computer Network

2006 Fall:

Digital Image Synthesis
Management Information System

2006 Spring:

Digital Visual Effects : High Dynamic Range Image , Image Stiching, Match Move
Information Technology and Competition Strategy
Pattern Classification : EigenFaces (using cvaux of OpenCV ) , Video-Based Face Recognition Using Probabilitisc Appearance Manifold
Machine Learning in Computer Graphics and Multimedia

Paper Presentation for Seminar :

Inverse Kinematics for Reduced Deformable Models, SIGGRAPH 2006, PowerPoint
Face Transfer with Multilinear Models, SIGGRAPH 2005, PowerPoint
SCAPE:Shape Completion and Animation PEople, SIGGRAPH 2005, PowerPoint
Mesh-based Inverse Kinematics , SIGGRAPH 2005, PowerPoint
Pose-independent Simplification of Articulated Meshes, Symposium on I3D 2005, PowerPoint