广播是大规模并行计算机中基本的通信模式之一。
Broadcast is a primary communication pattern in massively parallel computers.
现代GPU被视作一个强劲的大规模并行计算设备。
The modern GPU is regarded as strong large-scale parallel computing device.
文中给出了适合MPP大规模并行计算机的并行子空间迭代法。
A parallel sub space method suitable to MPP parallel computer is presented.
星形互连网络是一种易于实现大规模并行计算的互连网络拓扑结构。
The star interconnection network is generally considered as an attractive network architecture for parallel computing.
大规模并行计算机电源系统通常都采用分布式供电架构，系统稳定性设计是其中的难点和关键点。
The distributed power architecture is generally used in the power system of massively parallel computers. The most important factor is system stability in the bus architecture design.
在分布式系统上进行面向对象的并行程序设计是解决大规模并行计算问题的一个经济而又高效的途径。
It is an economical and efficient way to solve large-scale parallel computing problems by devising object-oriented parallel programs on the distributed system.
介绍了曙光- 1 0 0 0A分布式大规模并行计算机系统，讨论了分布式环境下实现网络并行计算的若干技术。
The Dawning 1000A Massively parallel and distributed processors system is introduced in this paper, some techniques about network based parallel computing under distributed are discussed.
在大规模并行计算机PAR95上结合J8- II机翼的动力特性问题对该算法作了数值试验，结果说明所给算法是非常有效的。
Wi th the dynamic analysis of J8-II plane wing, the numerical experiments in PAR95 show that the algorithm is very effective.
DB 2产品家族的企业扩展版(Extended Enterprise Edition)支持跨大规模并行计算机的群集对数据进行分区。
The Extended Enterprise Edition from the DB2 product family supports data partitioning across clusters of massively parallel computers.
一些公司专攻大规模的并行计算。
进行大规模科学计算的常用手段是并行计算。
Parallel computing is frequently used in large-scale scientific computation.
摘要CUDA是一种由NVIDIA推出的并行计算架构，非常适合大规模数据密集型计算。
Abstract CUDA is a parallel computing architecture introduced by NVIDIA, it mainly used for large scale data-intensive computing.
非对称矩阵广义特征值问题的并行计算是大规模工程计算中的基础问题之一。
Parallel processing for generalized eigenvalue problem is one of the fundamental problem in computation science and engineering.
针对孔隙介质中地下水流动问题提出了一种并行数值计算方法，并基于此设计了一套专用于求解大规模三维地下水流动方程的并行计算模块。
This paper presents an efficient parallel computing method for large-scale groundwater flow simulation in porous media, and it is implemented in a prototype tool.
针对孔隙介质中地下水流动问题提出了一种并行数值计算方法，并基于此设计了一套专用于求解大规模三维地下水流动方程的并行计算模块。
This paper presents an efficient parallel computing method for large-scale groundwater flow simulation in porous media, and it is implemented in a prototype tool.
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