| Course |
Description |
Instructor |
| CSE 581: Survey of Computer Graphics |
Introduction to interactive graphics programming: Graphics APIs, display hardware, graphics processing pipeline (geometry processing, rasterization, texture mapping etc), geometric modeling, image formats, color theories.
|
Han-Wei Shen
|
|
CSE 681: Introduction to Computer Graphics (revised)
|
: Introduction to display hardware and applications, interactive techniques, 2D scan conversion, 2D and 3D transformations, clipping, 3D viewing, introduction to visible surface algorithms and illumination models.
|
Rick Parent
|
|
CSE 782: Advanced 3D Image Generation
|
Advanced topics in rendering 3D realistic imagery including photorealistic rendering, ligthfields, monte carlo methods, advanced ray tracing, photon maps, radiosity, participating meida.
|
Raghu Machiraju
|
| Course |
Description |
Instructor |
|
CSE 681: Introduction to Computer Graphics (revised)
|
: Introduction to display hardware and applications, interactive techniques, 2D scan conversion, 2D and 3D transformations, clipping, 3D viewing, introduction to visible surface algorithms and illumination models.
|
Raghu Machiraju
|
| CSE 682: Computer Animation |
Survey of the basic algorithms and techniques used in controlling motion for computer animation including interpolation, particle systems, physically based simulation, inverse kinematics, human figure animation.
|
Rick Parent
|
| CSE 781: Introduction to 3D Image Generation |
This will primarily cover scan conversion and z-buffer display algorithms as well as more advanced shading topics.
|
Han-Wei Shen
|
| Course |
Description |
Instructor |
| CSE 581: Survey of Computer Graphics |
Introduction to interactive graphics programming: Graphics APIs, display hardware, graphics processing pipeline (geometry processing, rasterization, texture mapping etc), geometric modeling, image formats, color theories.
|
Han-Wei Shen
|
| CSE 694L: Scientific Visualization (new course) |
This course presents principles and methods for visualizing data resulting from scientific and medical measurements and computations. The emphasis is on using 2D and 3D graphics to gain insights into multi-dimensional data sets. Topics include visualization software and techniques, human vision, color mapping, data representation, volume rendering, flow visualization, surface extraction and rendering, and information visualization.
|
Raghu Machiraju
|
| CSE 784: Geometric Modeling
|
# Survey techniques and algorithms used to create, manipulate, represent, and display geometric objects such as curves, surfaces and solids.
|
Tamal Dey
|