Stichworte: 1. Introduction into Graphics, 2. Transformations and Projections (Transformation Pipeline), 3. Raster Algorithms and Depth Handling, 4. Local Shading and Illumination, 5. Texturemapping (+Bump-, Reflection-, Environment-, Shadowmapping, etc.), 6. Global Illumination I: Raytracing, 7. Global Illumination II: Radiosity, 8. Graphics Pipelines (Fixed Function and Programmable), 9. Scenegraphs (Local and Distributed), 10. Curves and Surfaces (Bezier, Splines, Nurbs, etc.), 11. Basics of Animation, 12. Human Vision and Conventional Display Technology.
Bachelorstudiengänge IMT und Informatik, Diplomstudiengang Informatik (bis 5. Sem.), fakultativ auch als Ergänzungsangebot für Ingenieurstudiengänge.

Stichworte: 1. Introduction into Advanced Graphics Concepts, 2. Light-Transport (general transport equation, BRDF, radiometry / photometry, etc), 3. Colorimetry and Color Spaces, 4. Low-Dynamic Range vs. High-Dynamic Range Visualization (Capturing and Rendering, Tone-Mapping, Inverse Tone-mapping, etc.), 5. Volume Rendering and Point-Based Rendering, 6. 3D Scene Acquisition (geometry scanning, structured light, scanning photometric / radiometric parameters, scanning BRDF, scanning motion, etc.), 7. Image-Based Rendering and Re-Lighting (Lightfields, etc.), 8. Advanced Recording Technology (Computational Photography Techniques), 9. Advanced Display Technology (Computer Generated Holograms, Lightfield Display, Volumetric Displays, Autostereoscopic Displays, HDR Displays, etc.), 10. GPGPU (Equation System, Computer Vision, etc. on GPU), 11. Digital Video Composition Techniques (Difference Keying, Environment Matting, Matchmoving, etc.), 12. Virtual Reality and Augmented Reality (Approaches and Applications).
Masterstudiengänge IMT und Informatik, Diplomstudiengang Informatik (höhere Sem.), fakultativ auch als Ergänzungsangebot für Ingenieurstudiengänge.

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