Topics include:

• Photo-realistic rendering
• Volume rendering
• Large data set visualization
• GPGPU applications
• Simulations for interactive applications
• Cluster based graphics and visualization systems
• Large and high resolution displays
• Efficient graphics and visualization methods
• Out of core rendering from/for multiple resources
• Parallel visual computing
• Large scale simulations and graphics rendering
• Visualization and graphics for scientific, engineering and commercial applications
• Graphics and visualization in Grid environments
• Multimodal applications
• Scheduling, memory management and data coherence
• Hybrid distributed/shared memory parallel visualization algorithms