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radio resource scheduling 无线资源调度
GPRS Radio Resources service access point GRR. 无线资源业务接入点。
The Resource Scheduling feature should not be confused with the Direct Booking feature, which still works. (不要将“资源调度”功能与仍可使用的“直接预定”功能混淆)。
This topic lists the management tasks that you can perform for resource scheduling, and includes links to topics that will help you complete the tasks. 本主题列出可以为进行资源调度执行的管理任务,还包括将有助于您完成任务的主题的链接。
To resolve resource scheduling problem efficiently in manufacturing grid,a multi-objective optimization model is put forward. 为有效解决制造网格中资源调度问题,提出了多目标调度优化模型。
RRC lies in the 3rd sublayer of air interface protocol stack,the main function of which is the control and management of radio resource. 无线资源控制(RRC)子层位于空中接口协议栈的第3层,它主要完成无线资源的控制和管理功能。
Key technologies of the simulation are discussed,including simulation technologies in resource scheduling,middleware,user and application simulation. 论述了网格模拟实现的关键技术,包括资源调度模拟、中间件模拟、应用模拟及用户模拟。
This heterogeneity brings big technical challenges to radio resource management(RRM) for channel changes,dynamic resource allocation and QoS. 这样的网络环境需要先进的RRM方法来处理复杂多变的无线信道、网络资源的动态配置及保障不同特征业务的服务质量(QoS),给无线资源管理(Rad io Resource Management,RRM)带来了巨大的技术挑战。
A space-time resource scheduling stategy based on the Block Diagonal (BD) algorithm is presented for Multi-Input and Multi-Output systems. 摘要提出一种基于块对角算法的多输入多输出系统空时二维资源调度策略。
RRC lies in the 3 rd sublayer of air interface protocol stack,the main function of which is the control and management of radio resource . 无线资源控制子层位于空中接口协议栈的第3层,它主要完成无线资源的控制和管理功能。
Rate allocation and power distribution is the foundation of radio resource management.They are important to guarantee the traffic's QoS. 移动通信中速率控制和功率分配是无线资源管理的基础，对于保证业务的质量有重要的作用。
The design and implementation of a generation resource scheduling system with applying B/W/D (Web Browser/Web Server/Database Server) three-tier structure is presented. 介绍了一个采用B/W/D(Web Browser/Web Server/Database Server)三层体系结构的电力资源优化调度系统的设计与实现。
By studying the process of resource scheduling in grid environment and ACA,a strategy of resource scheduling in the grid environment based on ACA was put forward. 通过对网格资源调度过程和蚁群算法的研究,提出了网格环境下用蚁群算法进行资源调度的方法。
In the document, the procedure of RRC Connection Setup is the main object of research , some abnormal cases and the allocation of the radio resource are also analyzed. 文章的研究对象是RRC子层连接建立过程,即信令连接建立过程,详细分析了该过程的具体流程和可能出现的异常情况,并对资源的分配做了简要描述。
An intelligent resource scheduling strategy for grid systems was proposed based on the theory of multi-agent.Grid nodes independently chose subtasks in grid systems. 摘要基于多智能体的理论，提出了一种智能网格系统资源调度方法，通过网格节点自主选择任务来实现网格系统中的资源优化调度。
As one of the most important technology of radio resource management (RRM), soft handover (SHO) has been used in CDMA system first, and got further application at the age of 3G. 软切换作为无线资源管理(RRM)中最重要的技术之一,开始运用于CDMA系统,在移动通信发展到3G时代得到了更广泛的应用。
Second, the work-flow model of synchronal cooperative design is constructed.Considering the diverse phases in the work-flow, diverse correlation-based strategies for resource scheduling are proposed. 建立了同步协同过程的工作流模型，面向不同阶段的工作流，提出了基于关联关系的资源调度策略。
This paper extends radio resource management research based upon a brief presentation of RRM issues in Wideband Code Division Multiple Access (WCDMA) systems and system structure, as well as key issues in Beyond 3G systems. 本文在介绍了宽带码分多址系统中的无线资源管理策略和后三代系统结构及关键技术的基础上展开了对后三代系统无线资源管理策略的研究。
According to the characteristic of concurrent product development process (CPDP) model, an algorithm for resource scheduling and optimization is presented based on design structure matrix (DSM). 摘要针对并行产品开发过程的特点，利用设计结构矩阵，提出了一种产品并行开发过程的资源调度与优化算法。
This paper mainly works over radio resource management strategies in Wideband Code Division Multiple Access (WCDMA) systems and Orthogonal Frequency Division Multiplexing (OFDM)-based Beyond 3G (B3G) systems. 本文主要对宽带码分多址系统和以正交频分复用为关键技术的后三代系统中的无线资源管理策略进行了研究。