Rendering Techniques 2000

Measuring Visual Shape using Computer Graphics Psychophysics * Metropolis Light Transport for Participating Media * Density Control for Photon Maps * Weighted Importance Sampling Techniques for Monte Carlo Radiosity * Fast Global Illumination Including Specular Effects * Virtual Occluders: An efficient Intermediate PVS representation * Visibility Preprocessing with Occluder Fusion for Urban Walkthroughs * Real-Time Rendering of Densely Populated Urban Environments * Guaranteed Occlusion and Visibility in Cluster Hierarchical Radiosity * Parameterized Animation Compression * Wavelet Warping * Artistic Multiprojection Rendering * A Closed-Form Solution for the Irradiance due to Linearly-Varying Luminaires * Exact Illumination in Polygonal Environments using Vertex Tracing * Wavelet Radiosity on Arbitrary Planar Surfaces * Hierarchical Instantiation for Radiosity * Unified Approach to Prefiltered Environment Maps * Antialiasing with Line Samples * Comparing Real & Synthetic Scenes using Human Judgements of Lightness * Interactive Tone Mapping * Modeling and Rendering for Realistic Facial Animation * Real-Time Hair * Feature-based Displacement Mapping * Soft Shadow Maps for Linear Lights * Hardware Accelerated Horizon Mapping * General calculations using graphics hardware with application to interactive caustics * Dynamic Acceleration Structures for Interactive Ray Tracing * Direct Ray Tracing of Displacement Mapped Triangles * Ray Tracing Point Sampled Geometry * Tapestry: A Dynamic Mesh-based Display Representation for Interactive Rendering * Rendering Iridescent Colors of Optical Disks * A Physically-Based BRDF Model for Multilayer Systems with Uncorrelated Rough Boundaries * Interactive Rendering with Real-World Illumination * Walkthroughs with Corrective Texturing.