radio spectrum

The Radio Spectrum Monitor and Analysis Systems Design and Realization

无线电频谱监测与分析系统设计及实现

Research of Radio Spectrum Monitor and Management System

无线电频谱监测管理系统研究

The Research and Implementation of Electromagnetic Compatibility in Radio Spectrum Management

频谱管理中电磁兼容分析研究与实现

Analysis for the Needs of Information and Communication Technology for the Future Radio Spectrum Management

未来电磁频谱管理对信息通信技术的需求分析

The Consideration about the Present Condition of domestic Radio Spectrum Planning

关于我国无线电频率规划使用现状的思考

The Application and Development of the Low-frequency Radio Spectrum Resource

低频频段无线电频谱资源的应用与发展

Separate the Fiber Structures on Solar Radio Spectrum by Wavelet Transform

小波变换分离太阳射电频谱图中的纤维结构

But there is only a limited amount of radio spectrum available .

但可用于通信的无线电频段是有限的。

Cognitive radio spectrum assignment based on quantum genetic algorithm

基于量子遗传算法的认知无线电频谱分配

A Solution About Quantum Genetic Algorithm to the Allocation of Radio Spectrum Cognitive

一种解决认知无线电频谱分配的量子遗传算法

With the rapid development of wireless communications technology , radio spectrum resource is increasingly scarce .

随着无线通信技术及其应用的快速发展，无线频谱资源日益匮乏。

As an important nature resource , the electromagnetic radio spectrum is licensed by the government .

无线频谱资源作为一种重要的资源，由政府统一进行协调管理。

The spectrum sensing methods , such as energy detection , can not get further information of radio spectrum .

目前的大部分感知方法，如能量检测法，只能检测频谱的占用情况，不能获得更多的频谱环境信息。

Therefore , radio spectrum is invaluable resource .

所以说，无线频谱是一种非常宝贵的资源。

With the rapid development of new wireless applications , there is a greater demand of wireless radio spectrum .

随着无线应用的迅速发展，频谱资源的需求越来越大。

The method of flatting the baseline curvature of molecule radio spectrum

射电分子谱线的基线平直处理方法

Similarly , some sensors already make more efficient use of another scarce resource : Radio spectrum .

与之相似的是，某些传感器已在更高效地利用另一种稀有来源射电谱。

The demand for radio spectrum industry has been increased dramatically in mobile communication in the last decade .

在过去几十年中，移动通信行业对无线频谱的使用需求一直在急剧地增加。

However , radio spectrum is a kind of non-renewable natural resource and its effective use is of extremely significance .

然而，无线电频谱是一种不可再生的自然资源，其有效利用是极为重要的。

In order to improve the utilization of radio spectrum , the concept of " cognitive radio " has been proposed .

为了提高频谱资源的利用率，衍生出认知无线电的概念。

The radio spectrum is a well-deserved basic support resource in the existence and development of The Internet of Things .

在物联网存在与发展的诸多资源要素中，无线电频谱是当之无愧的基础性支撑资源。

However , wireless communications rely on radio spectrum , the frequency as a kind of natural resources is very limited .

然而，无线通信依赖无线频谱资源，而频率是一种非常有限的自然资源。

With dramatic development of wireless communication technologies , radio spectrum recourses are becoming more and more scarce .

无线技术的飞速发展和无线应用需求的日益增长都使得无线频谱资源越来越成为无线通信发展的瓶颈。

With the rapid development and widespread application of wireless communication and multimedia technology , radio spectrum is becoming a scarce resource .

随着无线通信和多媒体的高速发展和广泛应用，无线电频谱资源日趋紧张。

Along with the rapidly increasing requirement and application of wireless communications , the radio spectrum resources become more and more precious .

随着无线通信需求与应用的迅猛发展，无线频谱资源日益缺少的问题凸现了出来。

The UWB pulse communication is new exploration of radio spectrum , and it resolves the important problem of radio propagation .

利用UWB脉冲通信是对无线频谱资源的利用进行新的探索，它解决了困扰传统无线技术多年的有关传播方面的重大问题。

Traditionally , radio spectrum has been tightly regulated worldwide in order to manage interference among commercial and public wireless services .

为有效管理商业和公共无线服务之间的干扰问题，长期以来，各国政府均严格监管无线电频谱的使用。

The present shortage of radio spectrum results in large part from the cost and performance limits of legacy hardware established during the past century .

目前无线电频谱壅塞的现象，大多起因于上个世纪制造的老式硬体设备在成本与效能上受到限制。

Brussels has already approved the sharing of radio spectrum as part of an effort to meet rising demand for wireless data traffic .

布鲁塞尔已经批准了企业间共享无线电频谱资源，以应对无线数据流量的需求上涨。

On the plus side , the visible light spectrum can handle way more traffic than wi-fi 's already crowded radio spectrum .

另外，相比wi-fi拥挤的无线电频谱，可见光谱可以应对更多的传输方式。