高性能计算平台

最后，运用基准测试程序（LinPACK、NPB和PMB）对这一高性能计算平台的进行测试，显示了该平台高效的并行计算性能，以及对程序可移植性的良好支持。

Finally , the benchmarks for performance evaluation , including LinPACK , NPB and PMB , are done on this high performance computer .

基于集群技术构建电力系统高性能计算平台

Construction of High Performance Computer for Power System Using Cluster Technology

SAR成像处理在高性能计算平台上的性能分析和优化

Performance Analysis and Optimization of SAR Imaging on HPC Platforms

随着计算机并行处理技术的发展，在高性能计算平台上进行稀薄气体MonteCarlo数值仿真成为稀薄气体动力学研究的一个重要方向。

With the development of parallel computing , there emerged more and more kinds of high performance computing platforms . Carrying out Direct simulation Monte Carlo on these platforms is becoming a key research direction .

基于OpenPBS的高性能计算平台计费系统

Accounting System for High-performance Computing platform Based on Open PBS

基于网格的高性能计算平台的研究与设计

Research and Design of High Performance Computing Platform Based on Grid Computing

大电力系统可靠性评估高性能计算平台设计与实现

Design and Implementation of HPC Platform for Bulk Power System Reliability Evaluation

一种分布式环境下的新型高性能计算平台

A Novel High Performance Computing Platform in Distributed Environment

基于结构化对等网络的高性能计算平台关键技术研究

Researches on the Key Technologies of High Performance Computing Based on Structured Peer-to-Peer Network

模块与模块之间应用并行技术来加快高性能计算平台的运行速度。

Between modules , using parallel technology to speed up the high-performance computing platform .

地震勘探数据处理高性能计算平台存储系统设计与应用

Design and application of the memory system for high performance computing platform of seismic exploration data

该文介绍如何基于集群技术构建电力系统高性能计算平台。

The construction of high performance computer for power system using cluster technology is presented in this paper .

为了实现这些改进目标设计，给出了高性能计算平台升级改造的技术架构，并讨论了其中的关键实现过程。

At last a upgrading and reformation structure was given and the key progress of support software was discussed .

重点探讨并设计了提高高性能计算平台利用率的运营模式，以及兼顾组织需求和市场经济行为的高性能平台计费模型。

Then the operating pattern of HPC platform , the accounting mode based on market economy and real organization status are proposed .

在调查研究的基础上，对地震勘探数据处理高性能计算平台存储系统的设计与应用情况进行了论述。分析了地震资料处理数据的特点及存储形式；

This paper expatiates the design and application of the memory system of high performance computing platform for seismic exploration data processing , various memory technologies and features , and proposes a frame of the memory system .

基于Linux下的高性能符号计算平台的实现

The Implementation of High Performance Symbolic Computation on Linux

结成了联盟。HPCC系统是一个开放源码的高性能计算集群平台为客户解决超大数据量的问题。

HPCC Systems is an open source high performance computing cluster platform used to solve customers'Big Data problems .

本文将首先设计搭建基于GPU的高性能计算硬件平台，并构建适合GPU计算的软件环境，然后将两个领域的粒子模拟问题的应用软件移植至该平台。

This article will first design and construct of high-performance computing based on GPU hardware platform , and build the software environment for GPU computing , and then the two issues in the field of particle simulation applications ported to the platform .

以高性能计算为平台的大规模并行计算也取得很大成果。

The cosmically parallel computing based on the HPC also gets many productions .

单一系统映像在高性能集群计算平台上的设计与实现

On Designing and Implementing Single System Image in a High Performance cluster Computing Platform

网格是一种新的为实现资源整合和共享的高性能分布式计算平台。

Grid is a new integration and sharing of resources to achieve the high-performance distributed computing platform .

上海高性能计算公共服务平台

The Public Service Platform of High-Performance Computation in Shanghai

高性能计算网格资源平台的一种实现方法

An implementation of HPC grid computing platform

集群系统已成为高性能计算的主流平台，单一系统映像集群正逐步应用企业计算。

Cluster has become the main architecture for high-performance computing , single system image cluster are being applied to enterprise computing at present .

因此，提高这个模型的计算效率就显得越来越重要。为了满足高性能计算的需求，目前已经存在着多种多样的高性能计算平台。

Therefore , it is increasingly important to improve the computational efficiency of the model . Currently , there is a wide variety of high performance computing platform to meet the needs of high performance computing .

本文介绍了高性能计算的国内外现状和发展趋势，以及上海建立高性能计算公共服务平台的战略目标和其发挥作用的应用领域。

In this paper , the state of arts of high-performance computation is introduced , the strategical goals of establishing public service platform of high-performance computation in Shanghai are analyzed and its application domains are proposed .

仿真结果表明，异步可重构结构具有低功耗、高性能的优点，适合作为IP集成到系统芯片上，组成低功耗、高性能的可重构计算平台。

Simulation results show that asynchronous reconfigurable architecture has advantage of low power and high performance , and it can be used as a IP module which is integrated into system on chip to build a reconfigurable computing platform .

最后，在该GPU高性能计算系统上对这两个应用领域的关键计算算例进行测试验证，并与CPU高性能计算平台进行了比较验证分析。

Finally , we use these two key areas of test cases for calculation and validation on the GPU high-performance computing systems .