在2.6.24中,您将能够对调度程序进行调优,从而实现对用户或组的公平性,而不是任务公平性。
In 2.6.24, you will be able to tune the scheduler to be fair to users or groups rather than just for tasks.
同时在该中间件中还封装了用户管理模块、配置模块和任务调度模块,采用基于XML的通信协议。
In addition, the middleware consists of user management module, configuration module and job scheduling module. The communication protocol is based on XML.
针对网格环境难于保证服务质量的问题,设计了一种实用的用户、资源和任务分类调度机制,在一定程度上实现了网格的QOS机制。
For upgrading the service quality of grid, we use batch schedule and classify the users, tasks and resources in the grid, plan a practical QOS mechanism for grid.
网格任务调度的过程实际是完成任务到资源的映射,不仅要保证用户的需求,而且要能够合理的使用资源。
The grid task scheduling is actually the process of mapping many tasks to many resources, which should not only satisfy the users, but also ensure the resource utilization.
网格环境下基于移动代理的两级环调度模型主要由网格任务管理中心、网格资源节点、网格用户、用户作业组成。
A two-level-loops scheduling model, based on mobile agent in grid environment, is composed of a grid task management center, grid resource nodes, grid users, and jobs.
提供了任务定义、任务调度、任务提交和任务监控等功能,并将这些功能以工作流的方式提供给用户。
The functions include job creating, scheduling, submitting and monitoring, which provided to the users in the mode of workflow.
对用户来说,在花费相差不是很大的情况下,任务调度的时间越短,用户就越满意。
When the difference of the cost between services is not so much, the less time task scheduling does, the more user satisfies.
在以服务为核心的网格计算体系结构中,为了实现信任域之间安全任务调度,服务和用户被赋予信任度标签,利用置信度策略成为解决网格计算资源调度安全的一种手段。
In order to achieve the safe task schedule, the application strategy of confidence-degree endowed by service and user is a way to study in service-centered grid-computing architecture.
对其核心部分“服务层”所使用的用户任务分类策略、资源描述机制、资源发现策略、资源调度策略、任务调度策略等一系列机制进行了描述。
And the series of tactic and the mechanism of Service Layer, the core part of the model, are described. The resources find arithmetic in the resource discovery tactic is analyzed.
用户程序在DSP/BIOS的调度下按任务、中断的优先级排队等待执行。
The customer procedure wait in line adjusts a degree to descend at DSP/BIOS by priority.
用户程序在DSP/BIOS的调度下按任务、中断的优先级排队等待执行。
The customer procedure wait in line adjusts a degree to descend at DSP/BIOS by priority.
应用推荐