Topic - Real-time and realistic graphics rendering
Artificial Intelligence and Multimedia Computing
About
3D graphics has been extensively used today to synthesize imagery for 3D computer games, movies and TV shows. This workshop aims to expose students to the fundamentals of 3D graphics image synthesis. It covers two principle paradigms of 3D graphics rendering, namely real-time raster-based rendering, and off-line global illumination-based rendering.
The focus of real-time raster-based rendering is speed and it is the main approach of rendering in 3D interactive applications, such as 3D games and 3D visualization. Off-line global illumination-based rendering strives for realistic simulation of light interactions with object surfaces, and is more suitable for non-real-time synthesis of realistic imagery such as for movies.
For real-time raster-based rendering, the workshop will familiarize the students with the OpenGL graphics pipeline. Students will learn how to use OpenGL in their programs, and also learn and practice implementing some of the more advanced rendering techniques, such as multiple-pass rendering, real-time surface effects, and real-time shadow algorithms. For off-line global illumination, students will learn about the interactions between light and object surfaces before going on to learn about the various common simulation techniques, such as simple ray tracing, path tracing, photon mapping and radiosity.
Prerequisites
The focus of real-time raster-based rendering is speed and it is the main approach of rendering in 3D interactive applications, such as 3D games and 3D visualization. Off-line global illumination-based rendering strives for realistic simulation of light interactions with object surfaces, and is more suitable for non-real-time synthesis of realistic imagery such as for movies.
For real-time raster-based rendering, the workshop will familiarize the students with the OpenGL graphics pipeline. Students will learn how to use OpenGL in their programs, and also learn and practice implementing some of the more advanced rendering techniques, such as multiple-pass rendering, real-time surface effects, and real-time shadow algorithms. For off-line global illumination, students will learn about the interactions between light and object surfaces before going on to learn about the various common simulation techniques, such as simple ray tracing, path tracing, photon mapping and radiosity.
Prerequisites
- Basic C or C++ programming skill
- High school mathematics (simple linear & vector algebra, trigonometry, basic calculus concepts)
Professor LOW Kok Lim
Department of Computer Science, School of Computing, NUS
Department of Computer Science, School of Computing, NUS
Introduction
Prof Low received his Ph.D. in Computer Science from the University of North Carolina at Chapel Hill, and received his M.Sc. and B.Sc. (Honors) degrees in Computer Science from NUS. Recently, he has won the NUS School of Computing Teaching Excellence Award.
His research interests include computational art, real-time rendering, and computational photography. He has published more than 30 peer-reviewed research papers at reputable and leading international conferences and journals. He has also been awarded 4 U.S. Patents and 2 Singapore Patents.
His research interests include computational art, real-time rendering, and computational photography. He has published more than 30 peer-reviewed research papers at reputable and leading international conferences and journals. He has also been awarded 4 U.S. Patents and 2 Singapore Patents.
CONTACT
Want to know more ? You can contact us.
Email: sws@comp.nus.edu.sg
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