At this level a program becomes multiple instances of a service subroutine callable in parallel by a client through some grid middleware.
这个级别上的应用程序已经变成服务子例程的多个实例，可由客户机通过某种网格中间件并行调用。
Strategy 3: Parallel Batch subdivides batch work into subjobs to be sent to grid nodes and afterwards aggregates the partial results.
策略3：并行批处理将批处理任务划分为子任务发送到各个网格节点上，然后再聚合各个部分的结果。
This article answers that question by describing the Proxy Service pattern for the parallel execution of batch workloads across a grid of endpoints.
本文将通过描述代理服务模式，以便跨端点网格并行执行批处工作负载来回答该问题。
Combining the Parallel Job Manager (PJM), N-tier caching structures, and affinity routing provides a powerful, high-performance compute grid.
组合使用并行作业管理器(PJM)、n层缓存结构和关联路由，可以提供功能强大的高性能计算网格。
The principles of grid computing, including the parallel execution of a job across a grid of endpoints, emerge as the next generation of enterprise applications.
网格计算(包括跨端点网格并行执行作业)的原则随着下一代企业应用程序而出现。
His recent focus has been on high performance computing including in-memory data grid, parallel and grid computing.
他最近的关注点是高性能计算，包括内存数据网格、并行计算和网格计算。
What makes grid computing unique is the ability to divide a large task into many smaller ones that can be carried out in parallel.
使网格计算如此独特的是将大型任务拆分为许多可并行执行的较小任务的能力。
This article shows you how to set up an in-memory grid of data, and then perform computation and data updates in a distributed and parallel manner across the grid.
本文介绍如何设置内存中数据网格，然后以分布式和并行方式跨网格执行计算和数据更新。
After parallel algorithms came grid computing, which ran parallel computations on idle desktops.
并行算法发明以来，首先迎来的是网格计算，网格计算是借助空闲的桌面计算机资源进行并行计算。
Have applications that can be broken up into multiple parts, executing in parallel on different data, for which a grid solution would be ideal?
具有可以拆分为多个部分的应用程序，对不同的数据执行并行操作，使用网格解决方案非常理想？
If you're drawing a grid (of thumbnails, for instance), draw all parallel lines first as a series of long dashes to help keep line lengths and angles consistent.
如果你要画一个网格(例如缩略图)先画出所有的平行线作为一连串的长线来保持线的长度和角度都一致。
Parallel Job Manager tier, also part of Compute Grid, decomposes large jobs into smaller partitions and provides operational control over partitioned jobs executing across the cluster.
并行作业管理器层同样也是计算网格的组成部分，可以将较大的作业分解为较小的分区、并为跨集群执行的分区作业提供操作控制。
Compute Grid includes a feature called Parallel job Manager (PJM) which you can use to define rules for decomposing large jobs into many small jobs.
计算网格包括一个称为并行作业管理器(PJM)的特性，您可以使用该特性来定义将较大作业分解为许多较小作业的规则。
In addition, if you use a compute grid to process tasks in parallel, you usually want a data grid superimposed as well, to provision the state for the compute grid to work off.
此外，如果使用计算网格并行处理任务，通常也需要一个数据网格来为其提供清理状态。
By moving Web services that connect the applications and systems to the grid, you can extend the resource capacity of multiple computers in collaboration with one another in parallel.
通过将连接应用程序和系统的Web服务移动到网格，您可以借助相互并行连接的多台计算机来扩展资源容量。
The managerial grid, developed by Blake and Mouton, USES parallel leader attitudes_concern for people and concern for production.
由布莱克和莫顿两人提出的管理方格图，运用了领导者并行的态度对员工的关心和对生产的关心。
To select suitable grid resource for a data parallel application, an idea of pseudo-cluster is introduced.
为给数据并行应用选择适合的网格资源，文章给出一个伪机群的想法。
In parallel basis selection algorithms of sparse signal representation, there will be serious bias in amplitude estimation when frequency is not in grid.
在稀疏信号表示的并行选取字典算法中，当频率不在栅格点上时，对应的幅度估计可能会有很大的偏差。
Hence, these local and parallel algorithms only involve one small original problem on coarse mesh and some correction problems on local fine grid.
因此，这种局部和并行算法仅仅涉及一个粗网格上的整体逼近和细网格上的局部校正。
According to the feature of mass discrete data, an efficient retrieval method is stated by referring to the philosophy of distributive database, parallel computing, grid computing and multi-threading.
本文针对海量离散数据的特点，借鉴分布式数据库、并行运算、网格计算及多线程的思想，提出了一套海量离散数据快速检索方法。
Grid is a significant technology of parallel distributed computing rise in recent years. Resource management is one of its key technologies.
网格是近年兴起的一种重要的并行分布式计算技术，其关键技术之一是对网格中的资源进行管理。
This thesis focuses on the grid server, which includes mainly execution of grid parallel tasks and management of parallel tasks on a PC cluster.
网格服务器端是本文讨论的一个重点，讨论的主要内容有：网格并行任务的运行和集群上的并行任务管理。
In grid environment, the parallel systems inherent complexity, the mult-user environment and the large granularity of parallel tasks and so on, bring new difficulty to load balance.
在网格环境中，并行系统本身非对称带来的复杂性、多用户环境以及并行任务粒度较粗等因素给负载平衡问题的解决带来了新的困难。
Based on grid computing technology, a prototype of distributed parallel finite element method (DPFEM) is studied in this paper.
基于网格计算技术提出了一种分布式的有限元并行计算网格系统的原型DPFEM的构建方法。
This model USES new coupling correction alternation direction implicit iterative solution, parallel calculation program design, alternative direction grid delineation and parallel data transference.
该模型采用新的耦合修正交替方向隐式迭代求解、并行计算程序设计、交替方向网格划分、数据并行信息传递。
For implementing the data parallel computing (DPC) in grid that composed of multi-clusters, a grid development model based on multiagent is discussed.
在由多计算机机群构成的网格环境下，为了实现数据并行型计算，提出了一个基于多智能体机制的网格开发模型。
According to the request of grid concurrent operation of nonlinear programming, the parallel repetitive process is proposed to enhance its parallel based on analyzing the repetitive process of NLS.
根据非线性规划问题的网格并行运算的要求，在分析非线性最小二乘问题的迭代法的基础上，提出了非线性最小二乘问题的并行迭代法来提高其并行度。
Grid computing can be thought of as distributed and large-scale cluster computing and as a form of network-distributed parallel processing.
网格计算可以认为是一种分布式的大规模机群计算、一种网络分布的并行处理。
Whenever the grid is visible, the feet seem to step out of phase, while in reality their movement is always parallel.
每当网格是可见的，脚似乎步淘汰，而实际上他们的行动始终是平行的。
The paper described a multi-pole waveform absorbing filter used in the grid for series or parallel connection, to control the grid pollution to a certain extent and save the power consumption.
设计一种用于网电源上，既能串联使用，又能并联使用的对电网污染具有一定治理作用，又可起到节电效果的多极点电源波形矫正滤波器。
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