With grid computing, you can provision computing resources as a utility that can be turned on or off.
通过网格计算，可以把计算资源作为能够开启关闭的公用事业来提供。
With grid computing, resource utilization can increase by as much as 90 percent during the same time period.
在同样的时间间隔内，利用网格计算，资源利用可以达到90%之多。
Compared with the characteristics of gird, Petri net can be combined with grid computing and study grid as a tool.
它与网格有很多相似的特性，故可以把它同网格计算结合起来，作为研究网格的工具。
Unfortunately, there has been a fair amount of confusion regarding cloud computing and its relationship with grid computing.
不幸的是，关于云计算及其与网格计算的关系存在许多误解。
With grid computing, if the system housing the application is unusually busy, the application may run on an idle or underutilized system that is part of the grid.
如果装载了该应用程序的系统异常繁忙，那么利用网格计算，应用程序可以在格网中空闲的或未充分利用的系统上运行。
Because the load of resources can be balanced in the grid with unused resources, grid computing is like an extreme form of load balancing.
因为在有未使用资源的网格中可以平衡资源负载，所以网格计算好像是负载平衡的一种极端形式。
Because the load of resources can be balanced in the grid with unused resources, grid computing is like an extreme form of load balancing between SOA applications.
因为在有未使用资源的网格中可以平衡资源负载，所以网格计算好像是SOA应用程序之间负载平衡的一种终极形式。
Four issues stand out with cloud and grid computing: threshold policy, interoperability issues, hidden costs, and unexpected behavior.
云计算和网格计算面临着四个问题：阈值策略、互操作性、隐含成本、异常行为。
Grid computing is a broad term that typically refers to a service-oriented architecture (SOA) with collaboration among loosely coupled systems.
网格计算是一个更为广泛的术语，通常用来代表利用松耦合系统之间的协作来实现面向服务的架构(SOA)。
To get cloud computing to work, you need three things: thin clients (or clients with a thick-thin switch), grid computing, and utility computing.
实现云计算需要三个部分：瘦客户机(或者能够在胖瘦之间切换的客户机)、网格计算和效用计算。
Soon, the Globus Alliance, along with its partners, began publishing a series of grid computing standards that included
不久，Globus Alliance和它的合作伙伴开始发布网格计算的系列标准，包括
Taking Napster as the first popular example of peer-to-peer computing, the key differentiator was the fact that the nodes in the grid (the users) could exchange data (music) directly with one another.
我们将Napster作为对等计算的第一个流行的示例，它们之间的关键区别在于：网格中的节点(用户)可以直接彼此交换数据(比如音乐)。
The primary reason for this is that cloud computing involves business services, not just the infrastructure component, which is the story with grid.
主要原因在于，云计算提供业务服务，而不是像网格那样只提供基础设施组件。
By comparing this model with the traditional computing system model, analyze their similarities and differences, which is important for grid study.
通过这个模型与传统计算系统模型的比较，分析了它们的相似点和不同点，这对于网格的研究是很重要的。
In this paper, we introduced the basic grid computing framework, and described how to construct data grid, compute grid and service grid with some real use cases.
本文介绍了网格计算的基本架构，并通过一组实际应用的案例说明了如何构建数据网格、计算网格和服务网格。
To deal with the load balancing and fault tolerance in grid computing environment, a distributed scheduling model oriented to tradition and grid service execution mechanisms was proposed.
为有效解决网格计算环境中的负载平衡和容错问题，提出了面向传统和服务执行方式的分布式调度模型。
This global computing platform is just like many popular grid systems using CPU cycle stealing technology, is dedicated to general applications with multiple parameters.
这个全局计算平台，和很多个流行的网格系统一样，利用窃取CPU周期技术，致力干解决多参量一般型应用。
With the flourishing development of the grid computing technology, concerning to the research of the grid resource management and scheduling becomes more important day by day.
随着网格计算技术的蓬勃发展，关于网格资源管理和调度的研究日渐重要。
The paper described a hybrid P2P model with super-peer that is oriented on the special P2P applications, such as grid computing and cooperation work.
本文面向网格计算、协同工作等特定P 2 P应用，提出了一种基于超节点的P 2 P混合网络模型。
Grid is the new generation of infrastructure established on the Internet, in the grid computing the majority of tasks are the collaborative tasks composed by some sub-tasks with complex relations.
网格是建立在互联网上的新一代基础设施，网格计算中大部分任务为子任务之间具有复杂关系的协作型任务。
Along with the development of service Computing, it become the hotspot to construct the application with the service component distributed on the grid environment.
随着服务计算的兴起，以分布在网络上的服务组件为功能模块建立特定应用已成为目前学术界的研究热点。
The main goal of grid task scheduling is to maximum its system throughput and to match the application's needs with the available computing resources.
网格调度追求的目标是在把可用资源调度给需要的应用任务的同时，使系统获得最高的吞吐率。
Based with a review of service network framework, an analysis of its features contrasted with "Cloud Computing" and "Grid Computing" was given.
在回顾业务网架构的基础上，分析了业务网比照“云计算”及“网格计算”的特征，提出了业务网架构的网格云模型。
The independence of computing grid is very good, the computing results are in accord with design parameters well and the results are credible.
在设计方案的三维绕流计算中，计算网格有较好的独立性，计算结果与设计参数吻合良好，计算结果可信。
The independence of computing grid is very good, the computing results are in accord with design parameters well and the results are credible.
在设计方案的三维绕流计算中，计算网格有较好的独立性，计算结果与设计参数吻合良好，计算结果可信。
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