电磁频谱

基于HLA的战场电磁频谱管理训练模拟系统设计

Design of Battlefield Electromagnetic Spectrum Management Training Simulation System Based on HLA

基于MAS的分布式战场电磁频谱管理系统

MAS-Based Distributed Electromagnetic Spectrum Management System of Battlefield

为适应舰船编队联合作战分布性、动态性的新需求，本文引入多智能体（Multi-Agent）理论，建立了一种动态分布式舰船电磁频谱管理系统原型。

For the new distributed and dynamic requirement of ship formation in combined operation , this article proposes a dynamic distributed ship electromagnetic spectrum supervision system prototype based on multi-agent theory .

无线电通讯通过电磁频谱递信息。

RADIOS work by using the electromagnetic spectrum to send information .

本文报告了该系统自发辐射的电磁频谱特性。

The electromagnetic spectrum characteristics of ICECM has been reported .

电磁频谱监视卫星对地面雷达信号截获概率分析

Analysis on Interception Probability of Spectrum Surveillance Satellite for Ground-Based Radar Signal

一种动态分布式舰船电磁频谱管理系统的探讨

An approach of dynamic distributed ship electromagnetic spectrum supervision system

对提高电子对抗、尤其是雷达对抗的技术水平，保证在未来拥有电磁频谱控制权，具有重要的意义。

To improve electron confront level , especially radar level is important .

颜色是电磁频谱的一个视觉部分。

Color is a visual portion of the electromagnetic spectrum .

基于模糊集的战场电磁频谱管理效果综合测评

Synthetical Evaluation of Battlefield Electromagnetic Spectrum Management Efficiency Based on Fuzzy Set

海军信息战中的战场电磁频谱管理

Management of Battlefield Electromagnetism Spectrum in Naval Information Warfare

认知无线电技术下的电磁频谱管理策略初探

The Strategy of Electromagnetism Spectrum Manage in Cognitive Radio

无线网络工作在电磁频谱中。

Wireless networking operates in the electromagnetic spectrum .

电磁频谱监测对于无线电频率管理、电子对抗等领域具有重要意义。

Radio monitoring plays an important role on radio frequency management and electronic countermeasure .

未校准[调整、调节]的扩频技术是在无线电电磁频谱中无条例管制的部分中竞争。

Spread spectrum technology competes in the unregulated portion of the radio electromagnetic spectrum .

浅析大地电磁频谱方法探测昆明地热的效果

An analysis of the effect of using magnetotelluric spectrum to sound Geotherm of Kunming Basin

发展能够使每个人实现平等的交流权利的电磁频谱设施。

Development of electromagnetic spectrum infrastructure that implements every person 's equal right to communicate .

未来电磁频谱管理对信息通信技术的需求分析

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

高精度电磁频谱法在滇东煤层气勘探中的应用

Application of high-precision electromagnetic frequency spectrum method to the exploration of seam gas in East Yunnan

电磁频谱监测和无线传感器网络在军事和民用方面都有广泛的应用。

Electromagnetic spectrum monitoring and wireless sensor network are widely used in military and civilian aspects .

电子战是现代化战争中敌我双方在电磁频谱领域中一种特殊的作战方式和手段。

Electronic warfare , which war with electromagnetism , is a special war mode and measure .

信息化条件下联合作战电磁频谱管控建设初探

Preliminary Study on Construction of Electromagnetic Frequency Spectrum Management on the Condition of Informationization in Joint Operation

人类科技的发展历史中，总是与电磁频谱的开发利用紧密联系在一起的。

The development history of human technology is always related with thedevelopment and utilization of the electromagnetic spectrum closely .

用于通信的所有的电磁频谱；包括用于广播雷达和电视的频率。

The entire spectrum of electromagnetic frequencies used for communications ; includes frequencies used for radio and radar and television .

以控制电磁频谱为目的的电子战是信息战中最重要的核心部分。

Electronic warfare , whose intention is to control the electromagnetism , is the most important core subsystem of information warfare .

后一种体系正是以侵占人们在电磁频谱中的公有权利（公共权力？）为基础。

Those systems of mass communication are in turn based on the appropriation of the people 's common rights in the electromagnetic spectrum .

电磁频谱是战场的生命线，频谱管理是捍卫生命线的特殊战线。

Electromagnetic spectrum is the " lifeline " of battlefield , the electromagnetic spectrum management is the special front for " lifeline " protecting .

例如，政府有关职能部门要监视民用通信信号，以实现干扰识别和电磁频谱管理。

For instance , Civilian authorities may wish to monitor their transmissions in order to implement signal confirmation , interference identification and spectrum management .

人类要利用好这种资源，必须要加强电磁频谱的开发、利用和管理。

If human want to make good use of the resource , we must enforced the exploitation , utilization , and management of the electromagnetic spectrum .

频谱监测能够实现各种无线信号的调制识别、参数估计及辐射源定位等功能，参数估计是实现电磁频谱监测的关键技术手段。

And radio monitoring can implement the function of modulation recognition 、 parameters estimation and emitter location . Parameters estimation is the key technology of radio monitoring .