Lecture Outlines
For the most part, these slides are lecture outlines only. More
details and advanced materials are actually covered in lecture. In
general, the lecture outlines will be posted as and when available to
facilitate doing some reading/preparation beforehand. These may of
course be changed any time prior to the lectures, and even afterwards.
I am making the slides in most cases available as powerpoint and PDF.
You may convert them to and print them however you wish.
| Overview (1/18) | Powerpoint, PDF |
| Color, Quantization (1/23) | Powerpoint, PDF |
| Sampling Theory, Fourier Transforms (1/30) | Powerpoint, PDF |
| Image Processing 1 (2/1) | Powerpoint, PDF |
| Image Processing 2 (2/6) | Powerpoint, PDF |
| Compositing, Morphing, Reconstruction (2/6,8) | Powerpoint, PDF |
| 3D Object Representations, Meshes (2/13) | Powerpoint, PDF |
| Mesh Data Structures (2/15) | Powerpoint, PDF |
| Mesh Simplification, Progressive Meshes (2/20) | Powerpoint, PDF |
| Quadric Metrics (2/22) | Powerpoint, PDF |
| Splines (2/27) | Powerpoint, PDF |
| NURBs, Parametric Patches (3/1) | Powerpoint, PDF |
| Review, Subdivision (3/6) | Powerpoint, PDF |
| Ray Tracing/Global Illumination (3/8) | Powerpoint, PDF |
| Ray Tracing Nuts and Bolts (3/20,22) | Powerpoint, PDF |
| Monte Carlo Integration (3/27,29) | Powerpoint, PDF |
| Monte Carlo additional resources | Eric Veach PhD thesis (see chapter 2), Stanford Mathematical Methods course , (see part 2 on Monte Carlo) |
| Monte Carlo Path Tracing (4/3) | Powerpoint, PDF |
| Image-Based Rendering (4/12) | Powerpoint, PDF |
| Precomputation-Based Real-Time Rendering (4/17) | Powerpoint, PDF |