高可用性是数据网格技术架构和设计的基础。
High availability is fundamental to the architecture and design of data grid technology.
网格技术的使用是简单和安全的。
网格技术是高性能计算机研究的热点。
流动计算采用了多块分区运动网格技术。
Moving grid-strategy and multi-block grids technology were used in the calculation.
校园网格是网格技术在校园范围内的实现。
Campus grid is the implementation of the grid technology in the campus area.
提出了一种将网格技术应用于进化算法的计算模式。
A new computation model of the evolutionary algorithm applied with grid technology was proposed.
本文主要阐述了网格技术在气象系统中的应用研究。
This paper mainly expounded the application of reseau technology in the weather systems.
介绍了一种基于场景模型和网格技术的知识获取方法。
This paper introduced a knowledge acquisition method based on scenario model and repository grid technology.
网格技术在高性能的存储技术领域发挥着巨大的作用。
The grid technology is playing the huge role in the high performance memory area of technology.
论文首先介绍了网格技术的相关概念、特点和体系结构；
This paper firstly described some concepts, characteristic and architecture of grid technology.
网格技术的关键技术之一就是对网格中的资源进行管理。
One of the key technology of net technology is to manage resource of the grid .
文章系统地介绍了全球巨型机及网格技术的研究进展状况。
T his paper systematically introduces the progress and status of the research oft he supercomputer in the world.
为了改善射线路径矩阵的数学性质，提出了自适应网格技术。
The self - adaptability grid technique was proposed to improve the mathematical property of ray path matrix.
基于当前计算资源和计算能力不断增长的需求，网格技术随之产生。
As the result of the increasing demand for calculative resource and calculative capacity, the grid technology has emerged.
最后初步给出了一套基于网格技术的山地资源信息系统体系结构框架。
At last, this paper introduces the frame of information systems of mountain resources in our country based on grid technology.
自然灾害测报网格(NDPG)基于网格技术，为灾害测报工作服务。
Based on grid computing, natural disasters prediction grid (NDPG) serves for disasters prediction.
网格技术的出现，催生了图书馆2.0这种全新的信息和知识管理形态。
The emergence of Grid. 2.0 birth of this new library of information and knowledge management patterns.
研究如何将网格技术应用到数字校园网的建设中，是非常有必要和有意义的。
Study how the number of grid technology applied to the campus network construction, it is necessary and meaningful.
另外，提出了采用动网格技术与实验手段来模拟和研究实际清管过程的设想。
Besides, it also puts forward an assumption adopting grid technology and experiment to simulate and analyze the actual pipeline clearing process.
引入数据网格技术构建空间数据网格，可以改善空间数据共享与应用的环境。
The introducing data grid technology and constructing the spatial data grid may improve spatial data sharing and the application environment.
论述网格技术应用在建设数字林业平台支撑环境过程中的作用、原理和结构。
Grid technology was introduced for development of digital forestry support platform in this paper. The function, principles and model of grid application were discussed.
如何提高网络的利用率，加快信息的传递速度是网格技术需要研究的重要内容。
How to improve network utilization, and how to speed up information transmission are important aspects of grid technology.
最后的实例测试表明了药物分子筛选服务与网格技术相结合的合理性及有效性。
The results of example test have shown that the combination between drug molecular discovery and grid techniques is efficient and reasonable.
通过代理技术和网格技术的结合，整合现有资源提高城市交通信息的服务效率。
Through combine agent technology with grid technology, we can conformity present resource and improve service efficiency of city traffic information.
网格体系结构定义了网格的基本架构，对它的研究奠定了网格技术应用的基础。
Grid architecture defines the fundamental framework of grid, researching on it can establish a good base for the application of grid technology.
该系统有效地把高性能计算资源和网格技术结合在一起，取得了良好的应用效果。
This system makes high performance compute resource combine efficiently with grid system to get good application result.
网格技术提供了在动态、多机构的虚拟组织中实现资源共享和协同问题解决的能力。
The grid computing technology is to share coordinated resource and solve problem in dynamic and multi-institutional virtual organizations.
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。
In this article, the Cartesian grid generation method and the rigid motion of the computational domain method are researched by the author.
使需要运用知识的人们，能够通过网格技术迅速的较为准确地找到自己所需要的知识点。
People need to make use of knowledge, the more quickly and accurately through the grid to find the knowledge they need points.
使需要运用知识的人们，能够通过网格技术迅速的较为准确地找到自己所需要的知识点。
People need to make use of knowledge, the more quickly and accurately through the grid to find the knowledge they need points.
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