DSPアレイによるポログレッシブラジオシティの実現

概要

論文の詳細を見る
Pogressive radiosity has been implemented in parallel on a 32 node MIND type of digital signal processor(DSP)array. Linear speed-up is achieved for radiosity as well as for the final image rendering which is implemented by ray tracing. As computer graphics(CG)methods are getting more sophisticated, the requirement to processing power is increasing. Applying radiosity results in highly photorealistic images, however, high computational demands is the price. This makes it attractive to implement radiosity in parallel. Parallel implementations of radiosity has been reported such as loosely coupled workstations or network of transputers. As radiosity contaons, like ray tracing, a relative large amount of floating point operations, it is suitable for implementation on floating point DSPs.
社団法人電子情報通信学会の論文
1995-03-27