UWB technology is able to support high data rate.
超宽带技术有能力支持更高的数据传输速率。
The UWB system based on narrow pulses train is a typical UWB system.
基于窄脉冲串的超宽带无线电系统是一种典型的超宽带实现方式。
UWB has been included amongst the Top 500 universities in the world.
随着国际影响的日渐扩大，班戈迈入了世界500强研究型大学行列。
The experiments show that radio fuse may explode early when UWB EMP irradiate it.
实验表明：无线电引信在超宽带电磁脉冲照射下，会产生早炸现象。
The study of the thesis has partial reference value in UWB communication research.
论文工作对超宽带通信研究有一定参考价值。
In the UWB wireless communication system, time-hopping technique plays a key role.
在超宽带无线电通信中，跳时技术起着至关重要的作用。
The two devices communicate via Wireless USB, an Ultra Wide Band (UWB) wireless technology.
两个设备通过无线USB通讯，一种超宽带（UWB）无线技术。
UWB time domain transient field measurement system, UWB-MCE, is used in the imaging experiments.
本文的实验研究利用了时域瞬态场测量系统- UWB - MCE。
An error compensating method is put forward after the UWB transmit-receive 'system error being discussed.
讨论了超宽带收发系统的误差，并提出了收发系统误差的补偿方法。
Fees will be paid directly to UWB Global. For further information on fees please contact our China Office.
学费直接交付英国威尔士班戈大学国际研究生部。详细情况请联系我们驻中国办公室。
Thirdly, a new deconvolution algorithm, R-CLEAN algorithm, in UWB wireless channel measurement is promoted.
提出了超宽带无线信道测量中一种新的解卷积算法—r -CLEAN算法。
The motion error is one of the most important factors degrading the quality of low frequency UWB SAR images.
运动误差是造成低频超宽带合成孔径雷达成像质量降低的主要因素之一。
As one of the important devices in UWB system, the UWB filter design has become a popular direction gradually.
作为UWB系统的重要器件之一，UW B滤波器的研究也逐渐成为一个热门方向。
The key of Ultra-wideband(UWB) technology lies in how to generate the fast rise-time and short-duration pulse.
超宽带（UW B）技术实现的关键之一是如何设计并产生可以控制的UW B极窄脉冲。
At present, it is important to study the optimization of receiving UWB signals in the range of UWB communication.
超宽带信号的最佳接收问题是目前超宽带通信研究领域的重点部分。
Existing UWB radars typically use a random noise signal to avoid interference between waves of the same wavelength.
现有的超宽频雷达为避免干扰，典型的方法是使用一个不规则声波发生器来规避和它波长相同的声波。
Ultra Wide-band (UWB) wireless communication technology transmits data through sending pulse radio signals directly.
超宽带(uwb)无线通信通过直接发送脉冲无线电信号传送数据。
In some respects, UWB technology goes back to the dawn of radio and Guglielmo Marconi's early spark-gap transmissions.
在有些方面，UWB技术回到了无线电初现曙光和马可尼的早期火花隙发射的时代。
The circular and elliptical planar monopole antennas and their metamorphoses are major objects to design UWB antennas.
圆形及椭圆形平面单极子天线以及他们的改进是UWB天线设计主要载体。
The paper introduces the characteristics and the structure of receiving and sending of UWB wireless access technology.
本文介绍一种超宽带无线接入技术的特点和接收、发射部分的基本结构。
Thermal-structural analysis was performed for ultrasonic wire bonding(UWB) by three dimensional finite element method(FEM).
用三维有限元方法对超声波线焊进行了瞬态的热-结构分析。
Due to the extremely narrow character of UWB signal, dense multipath indoor channel will make UWB signal dispersed severely.
由于超宽带脉冲信号的极窄特性，室内密集多径信道将使超宽带信号产生严重的时间弥散。
The main challenges for UWB communication system implementation are how to decrease energy consumption and hardware complexity.
超宽带通信系统首先要解决的问题是降低系统的功耗和硬件的复杂度。
Impulse radar, also known as non-career radar and video pulse radar, is a branch or a special case of the Ultra Wide Band (UWB) radar.
冲击脉冲雷达，又称作无载波雷达和视频脉冲雷达，是超宽带雷达的一个分支和特例。
The bottoming concrete in foundation construction USES non discrete concrete flocculation agent UWB to ensure the construction quality.
施工承台封底混凝土时使用了水下不离散混凝土絮凝剂uwb，保证了施工质量。
Your results in these assessments can be used in discussions with your UWB tutors to improve your understanding of the course material.
您可以根据自我评估成绩与导师进行交流以增进对课程内容的理解。
In dense multipath environments, IR-UWB (impulse Radio-Ultra Wideband) signals suffer from severe time dispersion which distorts the impulse wave.
脉冲超宽带(IR - UWB)信号在密集多径环境中存在严重的时间弥散，会产生波形失真。
Then, this dissertation analyses the basic UWB waveform and compares two different data modulation schemes which adopting time-hopping modulation.
接着，在分析了基本的UWB波形的情况下，研究比较了采用跳时调制不同的数据调制方案。
Ultra-wide band (UWB) technology is widely used in many fields such as communication and radar. Time-domain antenna is important for UWB technology.
超宽带技术在通信、雷达等众多领域获得广泛应用，时域天线是其关键技术。
Ultra-wide band (UWB) technology is widely used in many fields such as communication and radar. Time-domain antenna is important for UWB technology.
超宽带技术在通信、雷达等众多领域获得广泛应用，时域天线是其关键技术。
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