Abstract: This paper presents an empirical evaluation of a GPU radiosity solver which was described in the authors pre- vious work.

An empirical evaluation of a GPU radiosity solver shows that the GPU implementation outperforms the CPU algorithm in most cases, most importantly, ...

Results show that the GPU implementation outperforms the CPU algorithm in most cases, most importantly, in cases where the number of radiosity elements is high.

Results show that the GPU implementation outperforms the CPU algorithm in most cases, most importantly, in cases where the number of radiosity elements is high.

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Authors: Günter Wallner ; Abstract: This paper presents an empirical evaluation of a GPU radiosity solver which was described in the authors previous work. The ...

An Empirical Evaluation of a GPU Radiosity Solver. Conference Paper. Jan 2010. Günter Wallner. This paper presents an empirical evaluation of a ...

TL;DR: An empirical evaluation of a GPU radiosity solver shows that the GPU implementation outperforms the CPU algorithm in most cases, most importantly, in ...

An Empirical Evaluation of a GPU Radiosity Solver. type. Conference Proceedings. keywords. Geometry. authors. Günter Wallner. date. 2010. location. Angers ( ...

This paper presents an empirical evaluation of a GPU radiosity solver which was described in the authors previous work. The implementation is evaluated in ...