该文在深入分析O（1）调度算法对NUMA支持的基础上，提出一种基于NUMA拓扑结构的分级调度算法。
This paper presents a hierarchical scheduling algorithm based on NUMA topology after analyzing the O(1) scheduling algorithm's support for NUMA.
网格系统采用分级调度模式，用户作业通过资源代理进行全局调度，在局部资源管理器上实现局部调度并真正完成作业的处理。
In the grid system hierarchical structure was adopted in the resource management and in order to utilize grid resources effectively, grid job submission is completed by the resource brokers.
提出智能控制、分级系统状态表、非集中化的控制调度模型、系统数据管理器等新概念并进行一定深度的探讨。
Meanwhile such new concepts as AI control, hierarchical table of system status, decentralized control model, system data supervisor are put forward, and on which discussion in detail is offered.
电网调度是电力安全生产管理的核心，对电网运行实行“统一调度、分级管理”的原则。
Power grid dispatch is the core of safe electricity producing and management, obeys the principle of "dispatch centrally, manage by classification".
第三条电网运行实行统一调度、分级管理。
Article 3 Uniform dispatching and graded management shall be adopted to the operation of power grids.
第二十一条电网运行实行统一调度、分级管理。
Article 21 Centralized dispatching and level-by-level administration shall be exercised in the operation of power networks.
第二十一条电网运行实行统一调度、分级管理。
Article 21 Centralized dispatching and level-by-level administration shall be exercised in the operation of power networks.
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