Key technologies for UGMM include technologies of 3S, grid and grid computing, component, middleware, geo-coding, MGIS and so on.
关键技术主要有3S技术、网格及网格计算技术、构件与构件库技术、中间件技术、地理编码技术等。
In this article, you will learn what a grid type is, what grid computing is, and what the GIG aims for.
在本文中，您将了解什么是网格类型、什么是网格计算以及GIG 的目标是什么。
Besides the grid itself, a central server or server cluster for distributing the task and collecting the results is a necessary component of grid computing architecture.
除了网格本身，用于分配任务和收集结果的一个中央服务器或服务器集群也是网格计算架构的一个不可或缺的组件。
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。
A dedicated grid consists of dedicated hardware and computing resources used for your grid.
专用网格由用于网格的专用硬件和计算资源组成。
Compute grid delivers an enterprise grid and batch processing infrastructure that has incorporated several key best practices from these computing paradigms.
计算网格提供了一种企业网格和批处理基础结构，该结构合并了来自这些计算范例的几个关键的最佳实践。
In this article, you look at what grid types are, what grid computing is about, and what the aims of GIG are.
在本文中，您将了解什么是网格类型、什么是网格计算以及GIG的目标是什么。
In Part 1 of this series we introduced a design pattern for grid computing on Azure and in Part 2 we wrote the code for a fraud scoring grid computing application named fraud Check.
在本系列的第1部分，我们介绍了在Azure上进行网格计算开发的设计模式，并在第2部分，我们编写了一个欺诈评分(fraud scoring)网格计算应用程序，命名为fraudCheck。
Compute grid is an enterprise grid and batch computing infrastructure.
计算网格(ComputeGrid)是企业网格和批处理计算基础结构。
The job management, job schedule and resources management are three basic functions of the grid computing, at the same time they are have the most values for grid computing research.
资源管理、任务调度和任务管理是网格计算中需要具备的三种基本功能，同时它们也是网格计算中最具有研究价值的三个方面。
Grid computing is a resulting mode based on the Grid frame. It organizes the distributed computing resources together to resolve the complicated problems of scientific and engineering computing.
网格计算是基于网格结构的问题求解模式，它将网络上分布的计算机资源组织起来协同解决复杂的科学与工程计算问题。
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。
Grid system is a heterogeneous and dynamic distributed system, its computing abilities are various for different Grid nodes.
网格系统是异构和动态分布系统，其节点的计算能力存在差异。
During the early phase of researching Grid, Grid has been adopted in scientific computing domain, included high-performance computing and high-throughput computing.
在网格的初期研究阶段，网格的应用主要在科学计算领域，包括高性能计算和高吞吐量计算。
Between the support of pervasive computing and grid computing, the smart space will be developed to the culture grid that constructs the Information Infrastructure.
在普适计算与网格计算的支持下，智慧空间可以不断拓展成为按需服务的信息文化基础设施网格，即文化网格。
Grid workflow platform is a basic software to realize grid computing, and grid workflow language is a very important tool to define and use workflows.
网格工作流平台是实现网格计算的重要基础软件，而网格工作流描述语言则是定义和使用工作流的重要工具。
Job runtime systems under grid environment helps users to remotely submit jobs to grid resources, to execute scientific computing applications and to manage running jobs.
网格环境下的作业运行支持系统支持用户在网格资源上远程提交作业任务，执行科学计算应用程序，并管理运行着的作业任务。
If the grid system itself or the administrator wants to schedule and optimize the grid computing in a scientific way, there need some good scheduling and optimizing schemas.
网格系统自身或管理者要想根据网络连接状况科学地调度、优化计算过程，这需要一定的调度、优化方案。
Due to the huge amount, geographical distribution, diversity, autonomy and dynamics of resources in the grid computing environment, resource information services are vital in the grid software.
网格计算环境中的资源具有海量性、分布性、异构性、自治性、动态性等特点，因此资源信息服务成为网格软件的关键技术之一。
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。
There exist multiple administrative domain problems based on RBAC in grid computing, the paper gives the RBAC standard extension in grid and sets up access control model in grid.
在网格计算中访问控制存在着多个管理域rBAC问题，给出了网格中的标准RBAC扩展，并以此建立了的网格访问控制模型。
The simulation experiments show that it can fit the dynamic changing better in the grid environment, and implement the load balance among the grid computing resources.
模拟实验表明该模型能够较好地适应网格环境的动态变化，并实现各个网格计算资源的负载平衡。
Trust is an important factor for scheduling in grid environments. It is also a pivotal technology for the efficiency and performance of grid computing.
信任是网格资源调度中一个很重要的因素，也是影响网格计算有效性和性能的关键技术之一。
In this paper, grid computing, grid database, middleware, the relevant concepts and techniques are researched.
本文对网格计算、网格数据库、中间件的相关概念和技术进行了深入研究。
Owing to the grid solves the problems by means of the grid computing, the grid and the grid computing have wide application...
网格和网格计算在科学计算、社会经济生活领域有着广阔的应用前景，而且将在更加广泛的领域得以应用。
A good strategy of grid scheduling is needed to allocate resources effectively in order to get the better performance and reduce total execution time and cost in grid computing.
为了使网格达到最大的性能，有效降低网格计算的执行时间和耗费，需要一个良好的资源调度策略来有效的分配网格资源。
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。
The application fields of grid is discussed, and it pointed out that grid will become the new generation of network computing model an...
讨论了网格的应用领域，指出了网格必将成为新一代网络计算模式以及新型的分布计算和协同工作环境。
Using regular grid for discretization results in diffraction noise for dip interface, and infilling grid may increase the computing efforts.
采用规则网格进行离散，对于倾斜界面无法避免绕射噪声，若加密网格又过度增加工作量。
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