Cs563-advanced topics in computer graphics: Presentations

Cs563-advanced topics in computer graphics: Presentations

 

2. Visualizing data-Matt Ward
4. Noise, turbulence, and texture-Matt Ward
6. An overview of xmdvtool-Matt Ward
8. An overview of Mavis-Matt Ward
10. An overview of OpenGL-Ben lipchak
12. An Introduction to VTK-Richard Resnick
14. Optimizing Ray Tracing-Steve segenchuk
16. Facial Animation-Sudhir Kaushik
18. Introduction to fig
20. Volume Rendering using ray casting-John pawasauskas
22. Generating Natural Objects Using IFS and L-systems-Chris Byrd
24. Volume Rendering using Marching Cubes-Matt Ward
26. An Introduction to using wavelets in graphics-Ben lipchak
28. Visualizing nominal data-Richard Resnick
30. Flow Visualization Techniques-Matt Ward
32. Free Form Deformation-Carl shimer
34. Antialiasing techniques-Sudhir Kaushik
36. Color quantization-Steven segenchuk
38. Implicit Surfaces Using metabils-Matt Ward
40. Hypertexture-Chris Byrd
42. Decimation-John pawasauskas
44. Environmental Mapping-Sudhir Kaushik
46. Multiresolution viewing-Ben lipchak
48. An incomplete history of computer graphics-Matt Ward
50. Synthesizing wood using solid texture-Steve segenchuk
52. Creative glyphs-Richard Resnick
54. BSP trees in graphics-Carl shimer
56. Placement strategies for glyphs-Matt Ward
58. DirectDraw and direct3d-Chris Byrd
60. An overview of renderman-Sudhir Kaushik
62. Cyclic data visualization-Ben lipchak
64. An overview of MMX-John pawasauskas
66. Animating water-Richard Resnick
68. Visualization in education-Steve segenchuk
70. Visualizing livetopics with fig-Carl shimer
72. Synthesizing fireworks-Chris Byrd
74. Video Compression and transmission-John pawasauskas

 

 

Matt@owl.WPI.EDU