Bao, H: Real-Time Graphics Rendering Engine

Introduction.- Basic of Real-Time Rendering.- Architecture of Real-Time Rendering Engine.- Visibility Culling.- Simplification and Level of Details.- Shading and Texture Mapping.- Shadow Generation.- Optimal Representation and Rendering Techniques for Large-scale Objects.- Case Study.

Prof. Hujun Bao is the director of State Key Lab of Computer Aided Design and Computer Graphics at Zhejiang University, China. His research interests include geometry computing for surfaces and signals on 2-manifold meshes, interactive graphics for display large scale of virtual scenes. In the early 1990's, he worked on computer graphics, developing algorithms for synthesizing realistic images, such as shading models for extended light sources, radiosity algorithms for generalized environments and fast ray tracing algorithms. In the late 1990's, he researched geometry computing on 2-manifold meshes and a rendering technique for large scale virtual scenes, devising algorithms for processing geometric surfaces or signals over 2-manifold meshes, and compact scene organization and rendering algorithms for real-time display of highly complex scenes. He has published more than 70 co-authored technical papers. He was awarded National Natural Science Foundation of China for Excellent Young Investigators in 1999. In recent years, with the support of National Natural Science foundation of China, he manages Interactive Graphics and Geometric Computing Research Group in the lab, working with five young scholars, more than twenty Master and PhD students. The group has made excellent progress on both research and software development. More information may be accessed through the web-pages: http://www.cad.zju.edu.cn/people/bao.html .Dr. Wei Hua is the associate professor of the State Key Lab of CAD&CG. His main interests include real-time rendering, virtual reality and software engineering. He is the author or co-author of more than twenty published papers, and the first author of six software products such as "Visual Scenario: Real-time 3D View Simulation system", "HiVi: Video and CG synthesis system", "RadM: rapid modeling system", "Relievo: Image based modeling system", "Macro Dimension: large-scale terrain editing system", "Macro Dimension: large-scale terrain real-time