在此基础上提出了基于契约的网格资源管理体系。
Based on those, a grid resource management architecture with contract is presented.
因此，网格资源管理系统的设计面临着许多的挑战。
Therefore, the design of Grid Resource Management System is faced with a great deal of challenges.
网格资源管理系统是网格计算系统的重要组成部分。
Grid resource management system is the important component of a grid computing system which is now being investigated and developed widely and deeply.
网格计算市场模型是把经济学的概念应用到网格资源管理和调度的模型。
Grid computational market model is a model which applies notations in economy to resource management and job scheduling.
将经济学原理引入网格资源管理之中，对于上述两个问题都有很好的解决。
All these problems can be solved by using economic principles in the management of resources in the Grid.
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。
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.
针对网格资源管理中资源请求问题，提出一种基于代理的中间件实现方案。
To deal with the resource request problem, we propose a middleware realization method based on agent.
从方便普通用户的角度出发，提出了一种以网格企业为管理域的网格资源管理模型。
For the convenience of the common users, a model of grid resource management is proposed, in which a grid enterprise is a self-governed management field.
设计了一个基于分层模型的校园网格资源管理模型，包括应用支持层，服务层和资源层。
A campus grid resource management model based on Hierarchical model is designed, which includes Application Support Layer, Service Layer and resource Layer.
我们基于层次模型，抽象所有者模型，计算经济模型提出了一种通用抽象的网格资源管理模型。
We brought forward a general abstract grid resource management model based on the administrative levels model and abstract owner model and computing economical model.
该框架在网格资源管理的基础上进行改进，将全局、局部资源管理分别与工作流引擎技术相结合。
The frame has been improved on the basis of grid resource management. It can merge global or local resource managements and layer workflow engine into an integrated system.
许多有关网格的理论才开始建立，其中一些还不成熟，特别是网格资源管理的理论和技术还很不丰富。
It can be said that the research and application of Grid just begin. Many theories about Grid are coming into being and some of them are immature.
资源管理功能包括资源发布、资源发现、资源分配、资源更新等，资源描述是完成网格资源管理的基础。
The grid resource management includes resource publication, resource discovery, resource allocation, resource renewal and so on, resource description is the foundation for them.
本文通过实现所设计的简单交通网格协同模型，验证了把计算经济机制应用于交通网格资源管理的可行性。
This paper devises a simple cooperative model for Transportation Grid and validates the feasibility of introducing Computational Economy into the resource management for Transportation Grid.
本文深入地分析了计算网格资源管理的研究现状，指出了当前各种实际使用的资源管理技术用于计算网格系统的不足之处。
This paper goes into the researching status of this question and points out meagerness of applying various resource management techniques in using now into computational grid.
本文设计了将工作流引擎模块引入全局网格资源管理层次的框架，实现了在局部网格资源分配管理中引入工作流引擎技术的关键部件。
In this paper, we design a frame of global grid resource management basis of workflow engine technology. We also realize some key part in this structure.
论文提出了一种完全分布的网格资源管理模型，即在网格中没有任何全局的资源信息，同时提出了与此资源模型相适应的基于任务压力的网格任务调度算法。
This paper investigates the idea of a completely distributed Grid resource model and task scheduling algorithm, which are based on task press, to solve this bottleneck problem.
同时，计算网格还可以加强前面所提到的面向企业的安全需求、有效的资源管理、事务完整性。
Compute Grid does this while enforcing the enterprise-oriented requirements of security, efficient resource management, transactional integrity etc previously mentioned.
然而，数据网格通过提供调度、资源管理、存储保留、服务质量保证、监视和其他功能，从而优于Web服务。
However, a data grid goes beyond the Web service model by providing scheduling, resource management, storage reservations, quality-of-service assurance, monitoring, and other capabilities.
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。
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.
网格环境中的资源具有动态性和异构性的特点，网格环境中的资源管理和资源的动态发现是网格技术的重点和难点。
The resources in the grid environment have the dynamic and isomerous characteristics. The Management of resources is the key point and difficult point.
网格环境中的资源情况和任务情况异常复杂，难以用实验测试各种资源管理和任务调度方法的有效性。
The complex resources and tasks in Grid computing environment make it very difficult to validate the methods of resource management and task scheduling.
整个资源管理系统由网格用户、任务管理中心、资源管理中心、资源跟踪器等组成。
The whole resource management system consists of several parts such as grid user, assignment manager, resource manager, and resource tracing.
网格数据库资源管理系统是整个网格数据库系统的核心部分。
The grid database resources management system is the nuclear part of the whole grid database system, it includes several Agents and mobile Agent instance.
LDAP是一种轻量级的目录访问协议，它对数据的读操作进行了优化，非常适合用于像网格服务这种频繁读取数据的资源管理系统。
LDAP is a kind of light directory access protocol, which optimizes the data-read operation. It is suitable for the resource management in grid service that requires frequent reading operations.
网格服务具有整合分布式异构资源的能力，可以为这类仿真提供强大的计算和资源管理支持。
Grids have the ability to assemble diverse, geographically distributed resources, and can provide tremendous computing and resource management capabilities for constructive simulation application.
网格计算是下一代互联网的应用模式，资源管理是网格技术研究的核心任务之一，包含资源发现、任务调度和负载均衡。
The resource management is one of the core technology of the grid middleware realization while it includes the resource discovery, task scheduling as well as load balancing.
数据管理，信息安全，资源管理与信息服务共同组成了网格的基础设施的核心。
Data management, information (security), resource management and information service form the core of grid basic infrastructure together.
然后归纳了网格环境下可以采用的资源管理结构模式、机器和资源的组织模式。
Then, we summarize the resource management architectures, machine and resource organization models, and scheduling models that can be adopted in Grid environments.
目前研究的动态任务调度算法都基于集中式或部分分布式网格系统，系统中心节点(组)进行资源管理。
A dynamic scheduling algorithms studied in references are based on centralized grid system or part-distributed grid system, in which there are center node (s) to manage resources.
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