一种是基于TH网络的盲波束形成算法。
One is a based-TH neural networks blind beamforming algorithm.
自适应波束形成可以实现空间信号分离。
Spatial signal separation can be realized by adaptive beamforming technique.
单源盲分离算法可以直接用于盲波束形成。
One-source BSE algorithms are directly usable to blind beam forming.
提出强干扰条件下等距线阵的波束形成方法。
Beamforming in strong jamming based on isometric line array is proposed.
波束形成是声纳、雷达信号处理中的重要环节。
Bemforming is an important loop in SONAR and RADAR signal processing.
给出了数字波束形成器的基本原理及其工程实现。
The basic theory of the digital beam former and its engineering application are given.
接收通道校正是保证接收波束形成性能的重要环节。
The receiving channel calibration is an important link to ensure the performance of receiver beam forming.
近场波束形成方法是有效进行噪声源识别的一种方法。
Near-field beamforming is an effective method for noise source identification.
阵列信号处理的波束形成器实质上是一种空域滤波器。
The beam former of array signal processing is a space filter.
该系统模块具有实时宽带多波束形成以及通道校正功能。
The system module has functions of real-time and wideband multi-beam forming and channel adjusting.
本文提出了一种新的存在相干信号时的最优波束形成方法。
This paper presents a new method of optimum beamforming in the presence of coherent signals.
最后讨论了多波束中波束形成网络及波束之间的耦合问题。
At last, the questions about beam forming network and coupling in multi-beam antennas are described.
介绍了数字波束形成器的基本原理及其DSP的实现结构。
The basic theory and the DSP implementation structure of digital beam former are studied.
梁的整个处理管道已经到位，我只是需要添加波束形成的部分。
The entire processing pipeline for the beams is already in place, I just need to add the beamforming part.
针对上述问题，本文重点讨论数字波束形成的原理和实现的方法。
It is of great importance to study digital beam forming so as to overcome these problems.
自适应波束形成算法是声纳信号处理领域最引人注目的课题之一。
Adaptive Beamforming is one of the most popular questions in the sonar signal processing field.
介绍了一种近场高精度被动定位方法——聚焦波束形成声图定位。
A passive ranging method, using focused beam-forming, has a good precision in near field.
数字阵列雷达工作于宽带成像模式下，需要进行宽带数字波束形成。
Working on the imaging mode, the dar (digital Array Radar) needs to implement the broadband digital beamforming processing.
发射波控和接收数字波束形成(DBF)技术是数字化雷达的关键。
The transmitting beam steering and receiving Digital beam Forming (DBF) is the key technology of Digital Radar.
自适应数字波束形成技术是现代阵列天线系统必须采用的关键技术。
Adaptive digital beamforming is a key technique which is must adopted in modern array antenna systems.
白噪声阵增益约束波束形成能够提高优化波束形成对误差的稳健性。
White noise gain constraint (WNC) can be used to increase the robustness of optimum beamforming against random errors.
在天波超视距雷达中，通道之间的频响不一致影响了自适应波束形成的性能。
The inconsistency of frequency response between channels degrades the performance of adaptive digital beam-forming in over-the-horizon radar.
针对旁瓣电平、波束指向等指标分析了幅相误差对数字波束形成系统的影响。
This paper analyzes the effect of amplitude phase errors on sidelobe level and beam direction in digital beam forming system.
本文介绍下一代数字波束形成(DBF)雷达的关键部件—DBF接收机组件。
DBF receiver module, the key component of future digital beamforming (DBF) radar, is introduced in this paper.
针对空间平滑技术这一特点提出了一种新的波束形成算法，并进行了理论分析。
This paper advances a new beam-forming algorithm aiming at the characteristic of spatial smoothing technology, and carries out theoretical analysis.
模拟表明新方法具有更高的信号干扰噪声比及更强的波束形成与旁瓣抑制能力。
The simulation results showed that the proposed method exhibited better signal to interference plus noise rate and beamforming performances.
完成了恒定束宽波束形成以及宽带源方位估计算法在DSP硬件系统中的实现。
The constant beam-width beam-former and wideband DOA estimation algorithms are realized in the DSP hardware systems.
波束形成算法作为智能天线的核心，近年来成为移动通信领域中的一个研究热点。
As core of the smart antenna, beam-forming algorithms have become a hot topic in the study of mobile communication.
相干干扰的存在会导致“信号相消”现象，使很多优秀的波束形成算法失去作用。
The coherent interfering signals can cause "signal cancellation" phenomena, which can make many excellent adaptive beamforming algorithm ineffective.
数字阵列雷达是一种接收和发射波束都采用数字波束形成技术的全数字阵列扫描雷达。
Digital array radar (dar) is a fully digitized phased array radar in which digital beamforming technique is used both in receiving and transmitting.
应用推荐