搜索资源列表
LocalizationMethodForLinearArray
- 适用于线列阵的常用定位算法,包括CBF,MVDR以及MUSIC-applicable to common line array positioning algorithm, including CBF, and MVDR MUSIC
Capon_DOA
- DOA常用算法之一:Capton算法, 也叫做MVDRE ( Minimum Variance Distorionless Response Estimator ),是计算Power specturm-DOA, one of commonly used algorithms: Capton algorithm, also known as MVDRE (Minimum Variance Distorionless Response Es
music_doa2
- 主要是用于智能天线系统中的DOA估计的子空间算法中的MUSIC改进算法-is mainly for smart antenna system DOA estimated subspace algorithm MUSIC improved algorithm
jackschannel
- 车载移动信道的仿真常用模型 模拟车载移动信道产生的瑞利衰落 默认为6径衰落 移动速度可以设定-Mobile channel simulation model used-vehicle mobile channel generated Rayleigh fading fading 6 defaults to the mobile speed can be set
CAPONWAVE
- 波束形成就是从传感器阵列重构源信号。(1)、通过增加期望信源的贡献来实现;(2)、通过抑制掉干扰源来实现。经典的波束形成需要观测方向(期望信源的方向)的知识。盲波束形成试图在没有期望信源方向信息的情况下进行信源的恢复。 波束形成技术的基本思想是:通过将各阵元输出进行加权求和,在一时间内将天线阵列波束“导向”到一个方向上,对期望信号得到最大输出功率的导向位置即给出DOA估计。 虽然阵列天线的方向图是全方向的,但阵列的输出经过加权求
Capon_Algorithm
- 阵列信号处理波束形成卡朋算法仿真:该程序阵列数为N,采样点数为K,入射信号为30度角,干扰信号为60度角。 功能:提取有用信号抑制干扰信号-Array signal processing beamforming algorithm entacapone simulation: the procedure for the array N, the sampling points for K, the incident signal a
TheResearchofSpatialSpectrumEstimationAlgorithminS
- 智能天线技术是第三代移动通信系统的关键技术之一,也是国内外热门的研究课题。由于无线移动通信的信道传输环境具有复杂性和不确定性,存在多径衰落和时延扩展,因此造成了符号间串扰、同信道干扰、多址干扰等,这些干扰降低了链路性能和系统容量,智能天线技术是解决以上问题的方法之一。 本文首先阐述了智能天线和白适应波束形成的基本理论,然后对自适应算法进行了研究。对一些基本的自适应算法最小均方算法、恒模算法及递推最小均方算法进行了分析讨论,用计算机仿真的
zonghecapon
- 用matlab编的Capon算法和延迟相加法的程序,能够实现不同信号入射时的DOA估计,从而可以比较两种算法的分辨率等-Used for the Capon algorithm matlab and delays add up to the law of procedure, to achieve different signal DOA estimates at the time of the incident, which can
capon
- 很实用的忙源分离算法,速度快,收敛快,x小波很实用,去噪效果好-it is a very important way,speed of it is fast.
Robust_Adaptive_Beam_Forming
- Robust Adaptive Beamforming
music_capon_practice
- 对比capon和music算法的测向效果,music采用特征分解法,测向比Capone更准确-Comparison of capon and music finding algorithm results, music by feature decomposition method, finding more accurate than Capone
DOA_CAPON_1D
- DOA 1d in CAPON methode
DL_Capon_Beamforming
- 一种改进的波束形成算法-DL-Capon beamforming
music_capon
- 本程序运用MUSIC算法对信号的波达方向进行估计,并与传统的CAPON算法进行了对比,得出了MUSIC算法比CAPON算法有更高的分辨率的性质。-This procedure estimate the DOA using MUSIC algorithm, and contrast with the traditional CAPON algorithm, we obtained this property that the MUSIC
pufenxi
- Yule-Walker方法 Capon估计器-Yule-Walker Capon
Capon_DOA
- Capon方法的DOA程序,参数在程序内部都有说明,主要描述了使用capon在某种信噪比的条件下进行DOA估计-the method of Capon DOA
CaponBeamForming
- 波束形成,利用capon算法进行测向,模型为一维线阵-Beamforming, direction finding algorithm using capon, one-dimensional linear model
doa
- 用七元线形天线阵ULA,实现传统波束形成法、Bartlett波束形成法、Capon波束形成法-failed to translate
xiaojiaoducapon
- 对不理想环境下信号DOA(Capon算法)的性能仿真分析。在小角度时capon算法性能分析。-Not an ideal environment for the signal DOA (Capon algorithm) of the performance simulation. In the small angle capon algorithm performance analysis.
wlm
- capon music 延迟相加 方法 和改进的music方法 判断DOA方向-capon music delay adding music methods and improved methods to determine the direction of DOA