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Review on FPGA- based Systolic Poisson Solver

机译:基于FPGA的Systolic Poisson Solver综述

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摘要

Many important scientific calculation involve large computation time, some are greater than a human lifespan. Parallelism offers to make these previously impractical solution techniques feasible. Physical phenomena such as the electromagnetic and the incompressible potential flow fields are presented in elliptic equation, typical representative by Poisson's equation. The four points modified explicit group (MEG) introduced by M. Othman and A. R. Abdullah [1] and concept of systolic computation evolved to produce practical and low- cost parallel processing for latter problem.
机译:许多重要的科学计算涉及大的计算时间,有些人大于人类寿命。并行性提议使这些以前不切实际的解决方案技术可行。椭圆等式的典型代表呈现出电磁和不可压缩潜在流场等物理现象。由M. Othman和A. R. Abdullah [1]引入的四点修改的显式组(MEG)和收缩计算的概念演变,以产生后一种问题的实用和低成本并行处理。

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