搜索资源列表
1-d~music
- 一维线形阵元的music算法DOA估计，参数为3个信号源，8阵元接收-one-dimensional linear array of music DOA estimation algorithm and parameters for the three signal sources, eight receiving element
2-d~music2
- 二维方位角/仰角music算法DOA估计程序，阵元采用均匀园阵-2D azimuth / elevation algorithm music DOA estimation procedures, the element array uniform Park
z1_8music.rar
- 8阵元（均匀圆阵）的MUSIC算法matlab仿真程序,8 array elements (uniform circular array)-MUSIC algorithm matlab simulation program
myCapon
- 阵列信号处理中的Capon法， 仿真不同SNR、不同阵元数、不同快拍数下的性能！ 原创-Capon array signal processing, simulation of different SNR, different number of array elements, different number of snapshots of performance under! Original
BEAM_MUSIC
- 阵元间隔为半波长的均匀分布16元线阵，预成指向士arcsin（(2i-1)/16）(i=l，2，…，8)的16个均匀加权常规波束,远场有5个互不相关的目标源发射信号，每个源相对于基阵的方位为-40，-42，-5，30和33，且每个信号源到达基阵的信噪比相同，均为5DB，快拍数为1000.-Array element spacing of half wavelength for the uniform distribution of 16 per linear array, pre-point d
LS_16_array
- 分别仿真16阵元的十字阵列、线阵、面阵和圆阵的LS算法的方向图，对阵列信号处理的同学有帮助。-Simulation 16, respectively, the cross element array, linear array, planar array and the circular array pattern LS algorithm, array signal processing to help students.
CDFGmat
- 本文讨论内容如下：智能天线的布阵方式一般有直线阵、圆阵和平面阵，阵元间距1/2波长（若阵元间距过大会使接收信号彼此相关程度降低，太小则会在方向图形成不必要的栅瓣）-This article discusses the following: the composition of smart antenna approach generally linear array, circular array and planar array, array element spacing of 1/2 wa
beamforming_simulate_renyi_dianyuan
- 自编 点源 对于任意间距线阵的波束成形仿真程序 频率、阵元数量、主波束方向可调-Self point source for any interval linear frequency beam forming simulation program, the number of array elements, the main beam direction adjustable
auto_tracker_system_based_on_dbf
- 针对多目标测控问题，提出了一种实用的利用基于圆阵的数字波束形成技术来实现目标跟踪的系统。在系统实际工作于噪声和干扰环境中时，为避免计算梯度时可能出现的数值突变，提出了一种修正的梯度跟踪自适应算法，可靠地实现了权值更新，并对各阵元输出进行加权合并，以获得最大信号输出，同时实现对目标方位角和俯仰角的自动捕获和跟踪，且跟踪迅速、正确、稳定。仿真结果表明了所提出的方案的正确性。-Monitoring and control for multi-objective problem, a practical
myMUSIC
- 阵列信号处理中的MUSIC法， 仿真不同SNR、不同阵元数、不同快拍数下的性能！ 原创-MUSIC in array signal processing, simulation of different SNR, different number of array elements, different number of snapshots of performance under! Original
BFM
- 两个16个阵元的平面阵波束形成。很好用的-16 element array of two plane array beamforming. Very good use
music_zhenyuan_rmse
- 经典MUSIC算法,WMUSIC算法,ROOT-MUSIC算法,BEAMFORMING-MUSIC-BS1算法的性能与阵元数的关系-Classical MUSIC algorithm, WMUSIC algorithm, ROOT-MUSIC algorithm, BEAMFORMING-MUSIC-BS1 algorithm performance and the relationship between the number of array elements
MUSIC-LIKE
- 基于均匀线阵，利用四阶累积量产生虚拟阵元，可估计出比真实阵元数更多的信号源，已达到DOA估计的目的，且具有较好的分辨率。-Based on uniform linear array, using fourth-order cumulants to generate the virtual array element can be estimated more than the true number of array element signal source, the purpose has
功率倒置算法
- GPS抗干扰算法，5阵元圆阵，1个期望信号，3个干扰信号
DOA of ULA 均匀线列阵的波达方向估计
- 已知麦克风阵列的数量阵元间距等参数，对该阵列进行波达方向估计
1
- 波束宽度与波达方向及阵元数的关系 有文档仿真结果(The relationship between the beam width and the direction of the wave and the number of elements is documented)
xainzhendefangxiangtu
- 用MATLAB绘制均匀线阵方向图随波长、阵元数、阵元间距的变化(linear array direction with the wavelength, the number of array element, the array element spacing)
yuanzhen
- 仿真实现均匀圆阵任意阵元工作时的方向图，工作参数可任意调节(Simulation of uniform circular array of arbitrary array work pattern)
phase_LMS
- 目标信号为CW信号，阵型为八元阵，采用五路并联Notch滤波器进行相位差估计，完成水声定位功能。本程序是项目中的，已经经过调试和优化，可放心使用。(The target signal is CW signal, the array is eight yuan array, and the five phase parallel Notch filter is used for phase difference estimation to complete the underwater acous
aline_CBF
- 通过16个接收水听器组成线列阵，分别给出各个阵元接收信号，可实现 时域、频域等信号到达角判别(A linear array composed of 16 receiving hydrophones can be used to distinguish the angle of arrival of signals.)