Grid computational market model is a model which applies notations in economy to resource management and job scheduling.
网格计算市场模型是把经济学的概念应用到网格资源管理和调度的模型。
Fabrics are a grid-based software infrastructure enabling virtualization of application services with reliable execution and simplified operation across any number of computational resources.
Fabrics是一个基于grid的软件基础架构，能够提供跨越任意数量计算资源的可靠执行和简化操作来虚拟化应用服务。
Computational grid: a grid focusing on computationally intensive operations.
计算网格：侧重于计算密集型操作的网格。
The purpose of the simple application deployed in the grid cluster is not for performing any computational work, but to provide the WebSphere eXtreme Scale runtime with.
将这个简单应用程序部署到网格集群中并不是为了执行任何计算工作，而是为WebSphere eXtreme Scale运行时提供下面的内容。
Computational unstructured grid is generated by advancing front method, and the structured background gird is obtained by using multigrid technique to solve the Poisson equation.
采用推进阵面法生成三角形非结构网格，用多重网格技术求解泊桑方程以取得结构背景网格。
To improve the execution performance of homogeneous applications in computational grid, sub-job assignment methods are proposed.
为改进同构应用在计算网格中的执行性能，提出了子作业指派方法。
In this article, the Cartesian grid generation method and the rigid motion of the computational domain method are researched by the author.
本文在完善原有网格生成的基础上，研究了基于计算域刚性运动方法的动网格技术。
Most of the current grid middleware focus on computational re-sources and the information service provided by them are incompetent for data grid.
现有的网格中间件几乎都是针对计算网格设计的，它们所提供的信息服务不能胜任数据网格的要求。
Finally, the grid division of the computational model is completed using the reduced integral unit, and the explicit integral is introduced to complete the calculation.
最后，运用简缩积分单元对计算模型进行网格划分，采用显式积分方法完成计算。
Void was simulated with deleting element as analyzing void of concrete face, and the grid of meshes were increased at requiring void area for meeting the computational accuracy.
在对面板坝进行脱空分析时，主要采用隐单元的方法模拟现实中出现的脱空，为了满足计算的精度，在要脱空的区域进行了局部加密。
To relax the demand on computer memory and to raise the efficiency when the computational grid number is very large, the flux conservation multizone methods are applied.
为了减缓计算网格数很多时对计算机内存的压力以及提高计算效率，运用了通量守恒的分区计算方法。
In this paper, an one to one maping is used to transfer an arbitrary domain and a nonuniform grid on it in physical plane to a rectangular domain with a uniform grid in computational plane.
采用坐标变换方法，将物理平面中任意几何区域上的非均匀网格剖分映射到计算平面中规则区域上的均匀网格剖分。
This paper goes into the researching status of this question and points out meagerness of applying various resource management techniques in using now into computational grid.
本文深入地分析了计算网格资源管理的研究现状，指出了当前各种实际使用的资源管理技术用于计算网格系统的不足之处。
The computational effort due to dense grid needed near the solid boundaries is reduced using a wall function method.
为有效减少计算工作量，近固壁区采用了壁面函数方法。
But for high frequency problem and complex structure, too dense grid of object will lead to dense impedance matrix and many unknown variables, so the computational efficiency will be very low.
但是在处理高频问题和具有精密结构的缝隙时，对目标剖分过密会导致稠密的阻抗矩阵，未知量增加，影响计算的效率。
This paper analyzes the particularity of job checkpointing in computational grid, and proposes a novel application-level checkpoint mechanism based on job progress description (JPD).
分析了计算网格环境中实现检查点机制的特殊性，提出了一种新的应用级检查点方法：基于作业进展描述的检查点方法。
The computational grid focuses on reducing execution time of applications that require a great number of computer processing cycles.
计算网格目标在于通过大量计算节点的协作来减少应用程序的执行时间。
Two computational cases that have analytic solutions are employed for studying the adaptive grid technique based on the variational principle.
利用两个具有解析解的算例研究基于变分原理的自适应网格技术。
In this study, the computational fluid dynamics approach is employed to analyze the heat transfer for ball grid array package that is popular in modern electronic industry.
本研究以计算流体力学的方法，对电子构装产品的明日之星- - -球栅阵列封装方式，来进行详细的热传分析。
The body-fitted computational grid for twisted channels of a centrifugal impeller is generated by solving elliptic partial differential equations directly, so that the grid lines are smooth.
采用直接求解偏微分方程组的方法生成具有复杂扭曲规律的三元离心叶轮贴体网格坐标。
The Grid goes well beyond simple communication between computers and aims ultimately to turn the global network of computers into one vast computational resource.
网格计算凌驾在简单通信之外在计算机之合成一个巨大的计算资源。
To reduce the influence of the numerical diffusion on the computational results, such as decreasing the grid size has been used.
给出了分离器内速度矢量图，为减小数值伪扩散对强旋流动的影响，采用了减少网络尺寸等措施。
First, this paper shows that grid generation software has important significance for the research and application of computational fluid dynamics.
首先，本文说明了研制网格生成软件对于促进计算流体力学研究和应用的重要意义。
A computational grid is a hardware and software infrastructure that provides dependable, consistent, pervasive, and inexpensive access to high-end computational capabilities.
“网格是一个由硬件和软件系统组成的架构，它可以提供可靠的，协调的，无处不在的和低廉的高端计算能力…”。
The grid technologies provide effective computational support for the applications. This paper introduces infrastructure of the grid and distributed data mining.
对于以上的这些应用，网格技术提供了有效的支持，介绍了网格的基础设施以及分布式数据挖掘。
The grid plays an important role in providing a computational support for distributed data mining and knowledge discovery.
网格为分布式数据挖掘和知识发现提供了有效的计算支持。
Currently, Grid application mainly concentrates on Computational Grid, Data Grid, Semantic Grid, Information Grid, Knowledge Grid, Service Grid and Equipment Grid, etc.
当前网格应用主要集中在计算网格、数据网格、语义网格、信息网格、知识网格、服务网格以及着重于家庭网络的设备网格等方面。
Currently, Grid application mainly concentrates on Computational Grid, Data Grid, Semantic Grid, Information Grid, Knowledge Grid, Service Grid and Equipment Grid, etc.
当前网格应用主要集中在计算网格、数据网格、语义网格、信息网格、知识网格、服务网格以及着重于家庭网络的设备网格等方面。
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