grid systems

Design and Implementation of Network Management Server for Grid Systems

一种网格系统的网络管理系统的设计与实现

Security is a challenging issue in grid systems .

安全问题是网格系统中一个极具挑战性的问题。

Distributed Computing Resource Scheduling Strategies Based on Multi-agent Theory for Large-scale Grid Systems

基于Multi-agent理论的大规模网格分布式计算资源调度方法

The hierarchical model exhibits the approach followed in many contemporary grid systems .

分层模型是目前大多数网格计算系统进行资源管理时所使用的模型；

Effects of Various Difference Schemes on Collocated Grid Systems

不同差分格式在同位网格系统中的计算效果比较

Replication Strategies in Data Grid Systems with Clustered Demands

数据网格中请求呈现分组特性的副本管理策略研究

The main function of the grid systems that can provide for all kinds of users is information service .

信息服务是网格系统提供给各类用户以满足需求的主要功能。

Grid Systems of Layout of Printed Sheet Combined with Art and Digitalization

艺术化与数字化有机融合的版面设计网格体系

They also understand design techniques , including grid systems , white space , color theory and much more .

他们也明白设计技术，包括网格系统、白色空间、色彩理论等等。

Grid systems can provide a virtual framework for management and scheduling of resources across different domains .

网格系统为管理和调度跨越不同区域的资源提供了一种虚拟框架。

Grid systems are for the most part network intensive due to security and other architectural limitations .

出于安全性以及其他一些架构性的限制，网格系统从很大程度上来说是网络密集型的。

So when the wind power grid systems require peaking shall reserve sufficient margin .

因此，当风电并网时需要电网系统预留足够的调峰余量。

These structural frameworks with new names are still evolving on the base of traditional grid systems .

这些被赋予新名字的结构体系，仍然是在传统网格系统的基础上发展演变过来的，从某种意义上说，仍然属于网格体系的范畴。

However , existing grid systems focus on specific areas of application , and these system framework and development engine are heterogeneous .

然而，每个网格系统专注于不同领域的应用，并且每个系统的整体框架和开发引擎都是异构的。

Delegation is a promising approach to realize more flexible and scalable authorization management for grid systems .

委托是一种提升网格系统授权灵活性和可扩展性的有效方法。

Based on these results , Charles Schwab is looking at implementing grid systems for other parts of its operations .

根据这些结果，CharlesSchwab正着眼于对运营的其他部分实现网格系统。

Studies will expand to include text applications , grid systems , layout and page systems , and typographic expression and communication .

研究工作将扩大到包括文本应用，电网系统，页面布局和系统，以及印刷的表达和沟通。

Comparison of the Influence of Pseudo Diffusion on the Numerical Simulation of Flow Field in a Tangential Firing Furnace with Different Grid Systems

采用不同网格比较伪扩散对四角切圆型炉膛流场计算的影响

According to the characteristics of grids and unreliable failure detection theory , the authors establish models for grid systems and fault detection respectively ;

根据网格系统的特点，基于不可靠故障检测思想，建立了网格系统模型和故障检测模型；

However , it is very hard to provide complete reliability due to complexity , dynamism , and heterogeneity of Grid systems themselves .

然而，由于网格系统本身的复杂性、动态性和异构性，使得网格可靠性难以得到充分保障。

This situation has led the way that a resource which is described by different resource Description can not gain coherence understanding between different grid systems .

这种情况导致由不同资源描述方法描述的资源无法在网格系统间得到一致性的理解。

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，致力于解决多参量一般型应用。

The Data Grid systems applied in domains mentioned above have the following characteristics : P2P topology , limited communication capability and limited storage capability .

面向上述应用领域的数据网格系统通常表现出如下特点：系统具有P2P结构；网络通信能力有限；

MC , MMC and MELCO have been working on Smart Grid systems to utilize these batteries .

三菱商事，三菱汽车及三菱电机一直致力于利用电池开发智能电网系统。

Firstly , we survey the history , development , applications of the Grid systems , and the research background , current research state and active research field are also described .

论文首先综述了网格的历史、发展、应用领域以及网格的研究背景、研究现状和研究热点。

Nevertheless , because of the characteristics of highly dynamic , heterogeneity and large scale , data grid systems are fail to achieve high data availability and performance optimization .

然而，由于数据网格系统本身及其资源的高度动态性、异构性、广域性的特点，阻碍了数据高可用性及性能优化的取得。

At present , only the resource node authentication is considered in many grid systems , which is insufficient to ensure the safety and reliability of the grid .

目前很多网格系统考虑了资源节点的身份验证，但是身份验证不足以有效保证网格的安全和可靠。

Traditionally , scientific workflow systems need to be deployed on supercomputers , distributed clusters , grid systems or other complex and expensive distributed computer systems .

传统上，科学工作流被部署在超级计算机、分布式集群系统以及网格系统等复杂且昂贵的分布式计算机系统上。

It consists of a number of mini Grid systems called Super-Peer . These Super-Peers link each other through the P2P technique .

它是由一些被称之为Super-Peer的小型的网格系统通过P2P技术互连构成。

Computational grid systems not only need to overcome resources heterogeneity and accommodate resources autonomy , but also support efficient resources discovery , dynamic resources allocation , effective tasks monitor and control .

网格应用程序在利用共享资源时，不仅需要克服资源异构特征、适应资源自治管理，还需要进行可靠的资源发现、动态资源调度、有效的任务控制。