RELAXATION SIMULATION OF A SILICON NANOCRYSTAL ARRAY BY THE MONTE CARLO METHOD USING GRAPHICS ACCELERATORS |
| 4 | |
| 2012 |
| scientific article | 004.94 | ||
| 260-267 | optoelectronics, array of nanocrystals, Monte Carlo method, high-performance computing, GPGPU, CUDA |
| Relaxation simulation of a silicon nanocrystal array is considered. A problem-solving scheme is described using the
Monte Carlo method. The algorithms of the nanocrystal array random distribution in the plane layer and the array emission
simulation are presented. A scheme to parallelize the algorithms and adapt them to a graphics accelerator is suggested.
The results of computing experiments and their analysis in terms of their correctness and efficiency are given. |
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