Profile: Chris Joslin

Profile: Chris Joslin

Person

Chris Joslin - Associate Professor

  • Degrees: B.Eng. (Bath), M.Eng. (Bath), M.Sc. (Geneva), Ph.D. (Geneva)
  • Phone: 613-520-2600 x 1889
  • Email: chris_joslin@carleton.ca
  • Office: Room 230DAP

Research

Scalable video & image coding; media adaptation; 3D medical imaging & simulation; virtual reality tools & systems; capture & analysis of 2D and 3D data; real-time graphics and animation.

Application

Scalable video streaming; medical simulation tools; real-time visualisation platforms; data capture and analysis.

Activities

  • Conference Chair of Computer Graphics International (2011)
  • Technical Program Committee Member for Computer Graphics International, IEEE Virtual Reality, Computer Animation and Social Agents, Computer Graphics Theory and Applications, ACM Multimedia, IEEE Signal-Image Technology and Internet-based Technology, International Conference On Multimedia and Expo, Graphics Interface, GameOn Asia
  • Editorial Review Board Member of International Journal of Creative Interfaces and Computer Graphics
  • Canadian Delegate for International Standards Organisation, Joint Technical Committee (JTC1), Sub-Committee 29 (Coding of audio, picture, multimedia and hypermedia information), which
    includes Working Groups 1 (coding of still pictures) and 11 (coding of moving pictures and audio)

Conference Publications

D. Cai, W.S. Lee, and C. Joslin, “Rapid Ball-and-Socket Joint Collision Detection,” IEEE International Workshop on Medical Measurements and Applications, May 2008.

D. Cai, W.S. Lee, and C. Joslin, “Physically-Based Dynamic Cell Representation With Consistent Cell Neighbor Relationships,” Canadian Conference on Computer Science & Software Engineering, May 2008.

A. El-Sawah, C. Joslin, N.D. Georganas, and E.M. Petriu, “A Framework for 3D Hand Tracking and Gesture Recognition using Elements of Genetic Programming,” International Workshop on Video Processing and Recognition, May 2007.

P. Xi, W. Lee, G. Frederico, C. Joslin, L. Zhou, “Comprehending and Transferring Facial Expressions Based on Statistical Shape and Texture Models,” Computer Graphics International 2006 (publication pending).