So the radio resource management in RNC is very important.
所以rnc的无线资源管理十分重要。
This paper summarizes Radio Resource Management (RRM) in CDMA cellular networks.
本文对CD MA蜂窝网络中的无线资源管理研究作综述。
It adopted radio resource management strategies to do research on service quality of 3g W-CDMA.
采用无线资源管理策略对3g W - CDMA的质量服务进行研究。
Radio resource management protocol is in charge of selecting one better channel for CDPD data transmission.
无线资源管理协议负责为CDPD数据流选择一个合适的信道进行数据传输。
In order to achieve high system performance when adopting these techniques, radio resource management plays an important role.
各种新的关键技术要发挥其最佳性能，必须与高效的无线资源管理技术相结合。
Allocation of antennas and subcarriers is one of most important issue for multiuser MIMO-OFDM system radio resource management.
天线与子载波分配是多用户MIMO - OFDM系统无线资源管理中的重要内容。
The research of HSDPA is valuable as HSDPA is a typical wireless packet access system. However, the Radio Resource Management is under development.
HSDPA作为一个典型的无线分组接入系统，具有重要的研究价值，但目前HSDPA的无线资源管理仍未成熟。
Measurement is the premise of radio resource management; because access control, congestion control and power control can't be left without measurement.
测量是无线资源管理的前提，如接入控制、拥塞控制、功率控制等无一能离开测量。
The newest progress on 3gpp LTE network architecture and radio resource management are given, decentralized radio resource management are analyzed in detail.
介绍了3gppLTE网络架构及无线资源管理的最新研究进展，同时对分布式无线资源管理进行了详细分析。
Therefore, the schemes of radio resource management in new generation wireless communication networks based on MIMO/OFDMA are researched in this dissertation.
为此，本论文研究基于OFDMA和MIMO技术的新一代无线通信网络中无线资源管理机制。
In mobile communications, mobility modeling is involved in many aspects, such as mobility management, radio resource management, handover, traffic analysis, etc.
在移动通信中，移动性建模技术可以广泛用于移动性管理、无线资源管理、移动切换、话务分析等不同方面。
Thirdly, we add interfaces and communication procedures in the cellular platform corresponding to the radio resource management technologies with active characteristics.
并结合具有主动特性的异构无线网络资源管理，在蜂窝网试验平台上添加相关接口和相应的通信流程。
As one of the most important function entity of RRM (Radio Resource Management) in CDMA system, CAC (Call Admission Control) is based on the measure of burden on a cell.
呼叫接纳控制(CAC)是CD MA蜂窝系统无线资源管理的重要功能实体同，它建立在对各小区负荷的测量基础之上。
As one of the most important function entity of RRM (Radio Resource Management) in CDMA system, CAC (Call Admission Control) is based on the measurement of burden on a cell.
呼叫接纳控制(CAC)是CD MA蜂窝系统无线资源管理的重要功能实体，它建立在对各小区负荷的测量基础之上。
Based on the analysis on the radio resource management of centralized WLAN network, this paper puts forward the load balance controlling algorithm and the access control algorithm.
基于对集中式WLAN无线资源管理框架的分析，提出了相关的负载均衡控制算法和准入控制算法。
Radio resource management is a crucial issue in studying heterogeneous wireless networks. However, for the complexity of the problem, it will cost high to do large-scale project experiment.
异构无线网络的无线资源管理是当前研究的一个热点问题，但由于异构无线网络本身的复杂性，大范围的工程试验成本很高，因此，目前的研究多以理论仿真为主。
A more efficient radio resource allocation and management scheme should be proved to transmit with higher spectrum and power efficiency and higher system performance.
需要研究更加有效的无线资源分配及管理策略，以便在有限的带宽上达到更高频谱效率、更高的发射功率利用率以及更好的系统性能。
A joint solution with fair queue management and radio resource allocation was proposed to insure network fairness.
为保证网络公平性，首次提出公平队列管理和无线资源公平分配的联合解决方案。
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。
As the core question in the Cognitive Radio (CR) technique field, the wireless spectrum resource management technology has the ability to enhance the CR communication system performance.
作为认知无线电(CR)技术核心问题的无线频谱资源管理技术是提高认知无线电性能的关键。
Reasonable selection of location management scheme in GSM systems can reduce radio channel resource loss significantly.
移动通信系统的位置管理策略的合理选择，可以明显减少系统中无线信道资源的消耗。
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。
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。
应用推荐