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Implementation of numerical methods for nanoscaled semiconductor device simulation using OpenCL

机译:使用OpenCL进行纳米级半导体器件仿真的数值方法的实现

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The present work implements solvers with OpenCL of the FGMRES and preconditioned BCGSTAB algorithms. These solvers are integrated in a 3-D simulation tool of nanoscaled MOSFET transistors. Simulations are launched in two different platform devices: NVIDIA Tesla S2050 and Intel Xeon Phi 3120A. The resulting times of execution are compared against the optimized PSPARSLIB version of the FGMRES solver. The results showed that a large computational charge compensate the overhead due to the data transfer time.
机译:本工作使用FGMRES的OpenCL和预处理的BCGSTAB算法来实现求解器。这些求解器集成在纳米级MOSFET晶体管的3-D仿真工具中。在两种不同的平台设备上启动了仿真:NVIDIA Tesla S2050和Intel Xeon Phi 3120A。将执行时间与FGMRES求解器的优化PSPARSLIB版本进行比较。结果表明,大量的计算费用弥补了数据传输时间带来的开销。

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