无线资源管理

The channel assignment in mobile communications system is an important subject of radio resource management.

移动通信系统的信道分配是无线资源管理的一个重要方面。

It can be substantially improved by dynamic radio resource management .

它可以通过动态无线资源管理得到大大改善。

This thesis researches the RRM algorithm,which can guarantee the user\'s traffic experience,in the wireless communication system.

该文研究在新一代无线通信系统中保证用户满意度的无线资源管理方法。

The main research issues of RRM on the circumstances of different standard wireless communication systems and various services are also discussed in the paper.

文章结合当前正在研究的后3代(B3G)、第4代(4G)移动通信系统的发展和处于运营及推广阶段的第3代移动通信系统，分析了未来移动通信系统中无线资源管理系统的关键技术，探讨了多体制标准下的无线通信网络和多种业务情况下的无线资源管理的研究方向。

This paper extends radio resource management research based upon a brief presentation of RRM issues in Wideband Code Division Multiple Access 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 fundamental characteristics of radio resources management, based on systematic analysis and demonstration of existing RRM algorithms, this paper analyzes the following several key technologies and theoretical problems in detail.

用无线资源管理(RRM-Radio Resource Management)的各种方法对复杂的无线物理信道、网络资源进行合理配置，完善异构网络的兼容性及保障不同特性业务的传输质量等方面就成为一个重要的研究课题。

The key technologies of radio resource management for future mobile communication system are analyzed, based on the development of B3G and 4G mobile communication systems and the third-generation mobile communication system. The main research issues of RRM on the circumstances of different standard wireless communication systems and various services are also discussed in the paper.

文章结合当前正在研究的后3代(B3G)、第4代(4G)移动通信系统的发展和处于运营及推广阶段的第3代移动通信系统，分析了未来移动通信系统中无线资源管理系统的关键技术，探讨了多体制标准下的无线通信网络和多种业务情况下的无线资源管理的研究方向。

Dealing effectively with burst characteristic of multimedia to achieve balance between QoS of traffics and resource utility is the main challenge for RRM.

如何有效应对多媒体业务的突发性问题，以获得业务QoS与资源利用率之间的较好平衡，是无线资源管理技术面临的主要挑战。

By analyzing the framework of RRM based on BoD for broadband satellite systems, this article decomposed the framework into five main function parts.

在分析基于带宽按需分配的卫星无线资源管理体系结构的基础上，将其分解为5个主要功能部分，并将现有宽带卫星无线资源管理技术的研究成果分别对应到这5个功能，重点对每个功能近年来的实现算法进行了分类总结，并分析比较了各类算法的特点与存在的问题，最后就进一步的研究方向提出了建议。

This thesis proposes a new radio resource allocation scheme, called client feedback assisted RRM, to improve system resource utilization rate and at the same time to enhance individual quality of service.

本论文旨在提出一个能够同时增进系统资源使用率及提升客户服务品质的无线资源配置方案，称之为客户回馈辅助性无线资源管理。

Do you know, i need you to come back

你知道吗，我需要你回来

Yang yinshu、Wang xiangsheng、Li decang,The first discovery of haemaphysalis conicinna.

1〕 杨银书，王祥生，李德昌。安徽省首次发现嗜群血蜱。