Titlebook: High Performance Computing for Computer Graphics and Visualisation; Proceedings of the I M. Chen,P. Townsend,J. A. Vince Conference proceed

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Hybrid Scheduling for Efficient Ray Tracing of Complex Imagesone way to meet this demand. However, when the models are very large, special attention must be paid to the way the algorithm is parallelised. Combining demand driven and data parallel techniques provides good opportunities to arrive at an efficient scalable algorithm. Which tasks to process demand

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Maximizer

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Parallel Motion Synthesisapproaches are, however, reliant on computationally expensive algorithms, and are frequently viewed as too complicated for commercial use. This paper presents a number of ways of parallelising these algorithms for distributed computation, in order to illustrate how novel architectures may be employe

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Dynamic Terrain Generation Based on Multifractal Techniquesis stage, and dynamic terrain generation. Each topic involves the theory of multifractals. First, a summary of four known fractal-based techniques for terrain generation is presented including fractional Brownian motion, Mid-point displacement, Iterated Function Systems and the multifractal formalis

Nefarious

Collaborative and Interactive Visualization in a Distributed High Performance Software Environmentsualization for scientific computing in a distributed high performance environment. The visualization aspects of COVISE with respect to bandwidth needs and synchronization issues are presented. Typical user scenarios and recent performance measurement results of collaborative sessions with different