Independent Study
Computational Photography, Vision, & Video
Syllabus (derived from the classes of):
- Fredo Durand of MIT (Computational Photography): http://stellar.mit.edu/S/course/6/sp07/6.088/index.html
- Steven Seitz & Rick Szeliski (Computer Vision): http://www.cs.washington.edu/education/courses/cse576/05sp/
Lecture Topics:
- 9.25 - Cameras, Image Formation HTML PDF
- 9.27 - Exposure and Demosaicing PDF *** HW1: Demosaicing and White Balance ***
- 9.27 - Image Processing (Vision & CF Topic) PDF
- 10.1 - Matting PDF
- 10.4 - Graph Cut PDF
- 10.8 - Segmentation (Vision Topic) HTML
- 10.11 - Panorama & Stitching HTML PDF *** HW2: Matting and Morphing ***
- 10.15 - Texture Synthesis HTML PDF
- 10.18 - Optical Flow (Vision & CF Topic) HTML PDF
- 10.22 - Stero & Multi-View Stereo (Vision Topic) HTML HTML *** HW3: Panoramas ***
- 10.25 - Defocus PDF PDF
- 10.29 - Lens Technology PDF
- 11.1 - Depth of Field PDF
- 11.5 - Wavefront Coding & Light Fields (Vision & CF Topic) HTML PDF
- 11.8 - Deblurring & Deconvolution PDF *** HW4: Shape From Shading ***
- 11.12 - Computational Illumination PDF
Special Reading Assignments:
- "Video-Based Character Animation", J. Starck, G. Miller and A. Hilton, 2005 ACM SIGGRAPH/Eurographics symposium on Computer animation
- · "Video textures", Schoedl, Szeliski, Salesin, Essa., SIGGRAPH 2000
- Image-Based Crowd Rendering", Franco Tecchia1, C´eline Loscos1, Yiorgos Chrysanthou, IEEE Computer Graphics and Applications