搜索资源列表
MUSIC
- 利用MUSIC算法对信号进行谱峰搜索(四阵元非等距线阵模拟七阵元等距线阵)-The use of MUSIC algorithm to search for signal peaks (d element simulation of non-equidistant linear array element seven equidistant linear array)
music_7yuan
- 多远天线的拨打方向估计,中心有阵元的阵列流行-the doa of many ,it is very important,and very great
MUSIC_DOA_s
- 在未知方向发射信号,由接收阵元接收。对接收的信号使用MUSIC算法处理,得到发射信号方位-process the signals received using MUSIC to get the DOA
The-array-pattern
- 阵列方向图matlab描述,并讨论阵元数,来波方向以及信噪比对阵列方向图的影响-The array pattern matlab describe and discuss a number of array elements to wave direction and the signal-to-noise ratio of the array pattern.
liuzhenyuan--music
- 传统music算法,六阵元均匀圆阵,远场窄带信号,方位角和俯仰角联合估计-Traditional music algorithm, six-element uniform circular array, the far-field narrowband signal, azimuth and elevation angle joint estimation of
music
- music算法的影响因素 包括有阵元间距 信噪比 快拍数 角度差的影响 直观 简单-matlab about music
antenna
- 这是八阵元圆形天线阵列天线波束反时针360度扫描程序,程序执行后可见八阵元圆形天线阵列天线波束指向所设计的方向,并且按照规定的周期旋转扫描!-This is the eight circular antenna array elements array antenna beam scanner 360 degrees counterclockwise, program execution can be seen after eight circular antenna array element
music3323
- 一维music算法的阵元个数对角度估计的影响-One-dimensional array element number of music algorithm estimates the impact on the angle
music3324
- 一维music算法的阵元间距对角度估计的影响-One-dimensional array element spacing music algorithm estimates the impact on the angle
music62
- 一维music与求根music的阵元个数对比分析-One-dimensional music and roots music comparative analysis of the number of array elements
beamform
- 波束形成,一均匀排列的5元线阵,阵元间距15cm。设入射信号为单凭正弦波,幅度为Acos(wt)。声速设为c=1500m/s.在入射信号频率f为4k、5k、6k时,求以下三种加权系数下的波束图。 1)均匀加权时的波束图,入射信号范围-90°~90°,幅度归一化处理,下图。 2)阵元加权系数为[1,2,4,2,1] 3) 阵元加权系数为[4,2,1,2,4] -Beamforming, an arrangement of five yuan uniform linear arr
COUPLE
- COUPLE是声场中计算耦合简正波的工具,可以根据输入的海洋环境信息和阵元信息求出声场中的本征函数和耦合简正波系数,进而合成声场,适合于水深缓慢变化(斜坡)的情况,内含说明文件一份(输入、输出文件的解释)-COUPLE is a tool for sound field calculation coupled normal mode, you can ask to speak field eigenfunctions and coupled normal mode coefficients ba
pipeichangdingwei
- 本程序是计算深海远场情况下的声源定位,首先要编译海洋环境文件(包含阵元信息),利用Krakren程序计算本征函数和本征模态,再利用本程序的子程序计算拷贝向量,然后合成声源信号,最后根据匹配场的程序进行匹配定位,由于数据量比较大,计算区域如果选的比较大的话,计算时间就比较长,酌情选择。-This procedure is to calculate the far-field sound source localization in case of deep sea, we must first c
5yuanhuangxingzhen
- 5阵元环形阵列的方向图程序,是线弧阵的计算,仅供参考-5 array element circular array pattern procedures, arc line array is calculated for reference
LMS
- LMS算法,8阵元阵列天线方向图仿真,可以极坐标绘图,看图要放大-LMS algorithm, a 8 element antenna array simulation, can coordinate drawing pictures to enlarge
intensity
- 基于麦克风阵列的4阵元局部误差加权声强估计-4 element local error weighted sound intensity estimation
beamforming1
- 语音信号处理,阵列为10阵元线阵,宽带和窄带波束形成(Speech signal processing, 10 sensors of microphone linear array,Broadband and narrowband beamforming)
fixedbeam
- 经典麦克风语音增强算法,当阵元数目越多,语音增强效果越好(Classical microphone speech enhancement algorithm, the more the number of elements, the better the speech enhancement effect)
CBF
- 常规波束形成,一维DOA估计,矢量阵,多目标,振元数,频率,信噪比都可以改( U5E38 u9C2 u6C2 u6752 u5F3 u653 u653 u323 U7387 uFF0C u4FE1 u566A u6BD4 u90FD u53EF u4EE5 u6539)
声源定位四元十字阵
- 声源定位算法,四元十字阵方法,自己编的,可以进行声源定位估计,有误差