I Introduction -- A Survey of Parallel Algorithms for Graphics and Visualization -- Known and Potential High Performance Computing Applications in Computer Graphics and Visualization -- II High Performance Rendering -- GRAMMY: High Performance Graphics Using Graphics Memories -- Assisting the Design and Optimisation of High Quality Parallel Renderers -- A Classification Scheme for Rendering Algorithms on Parallel Computers -- Hybrid Scheduling for Efficient Ray Tracing of Complex Images -- Scan-Line Methods for Parallel Rendering -- III High Performance Volume Graphics -- A Modular Massively Parallel Processor for Volumetric Visualisation Processing -- A Load Balancing Scheme for Parallelizing Hierarchical Splatting on a MPP System with a Non-Uniform Memory Access Architecture -- Shared-Memory Multiprocessor Implementation of Voxelisation for Volume Visualization -- IV High Performance Animation and Visualisation -- Parallel Processing for Photo-Realistic Emergency Lighting Visualisation -- Parallel Motion Synthesis -- Dynamic Terrain Generation Based on Multifractal Techniques -- V High Performance Virtual Environments -- Collaborative and Interactive Visualization in a Distributed High Performance Software Environment -- Sharing Visualization Experiences Among Remote Virtual Environments -- Performance Models of Interactive, Immersive Visualization for Scientific Applications -- VI High Performance Graphics Tools -- Configuration Management of Distributed Applications and Services -- Extensions to Linda for Graphical Applications -- Glossary of Graphics, Visualisation and High Performance Computing Terms -- Author Index.