搜索资源列表
array
- 均匀线阵列数字波束形成matlab程序，与大家一起分享-Uniform linear array digital beamforming matlab program to share with you
Conventional
- 传统的波束形成器的MATLAB仿真， 实现主瓣方向增益。-conventional beamforming ！
LinearBeamDirect1
- DBF 数字波束直接形成 MATLAB 仿真程序-DBF Digital Beam MATLAB simulation program directly
SMI_main
- 采用SMI算法的零陷波束形成器，有详细的注解，可更改参数-SMI algorithm using Null Beamformer, detailed comments, can change the parameters
HA_main
- 采用HA算法的零陷波束形成器，有详细的注解，可更改参数-HA algorithm using Null Beamformer, detailed comments, can change the parameters
sjm
- 水声合成孔径的波束形成，并采用fftsa和Etam算法分别进行仿真。集中在一个界面里。-Synthetic aperture acoustic beam forming and using fftsa and Etam algorithms are simulated. Concentrated in an interface where.
boshucejiao
- 单脉冲和差波束测角程序。 此程序实现了线阵8阵元的和差波束测角，利用全阵同时形成两个波束，形成和差波束，随着测量角度的增大其误差也逐渐增大，这是由于这种方法的近似所致和波束扫描时变胖-Single-pulse and beam deviation angle measuring procedures. This program implements linear 8-element array and differential beam angle measurement, using t
SINR
- 基于最大信干噪比准则的自适应数字波束形成器程序-Based on the maximum SINR criteria for adaptive digital beamformer program
uwb-DBF
- 超宽带波束形成，利用高斯信号形成的三维图形-SPACE-TIME ARRAY PROCESSING uwb IMPULSE rADAR AND RADIO COMMUNICATIONS
RI_cw_theory
- 1/2波长以及1/4波长的波束形成的零陷权设计，CW理论以及仿真(Beam nulling design, CW theory and simulation)
Subband_beamforming
- 将要传输的信号通过子带结构分成四路信号，分别通过预先调制滤波器组，在接收端收到信号，经过自适应滤波，然后形成一束波(The signal to be transmitted is divided into four signals by subband structure, and the signals are received at the receiving end through the pre modulation filter bank, and then a wave is for
波束形成_Matlab程序
- 波束赋行 8阵元均匀线阵方向图如下，来波方向为0度，20log（dB）(beamforming The array of 8 element uniform linear array is as follows, the direction of wave is 0 degrees, 20log (dB))
LMS
- 实现波束形成的LMS算法，根据经典的LMS迭代算法写的matlab程序(LMS algorithm to achieve beamforming, according to the classic LMS iterative algorithm written in matlab program)
HybridPrecodingExample
- 该示例介绍了混合波束形成的基本概念，并演示了如何模拟这种系统。(This example introduces the basic concept of hybrid beamforming and shows how to simulate such a system.)
阵列信号处理的理论和应用
- 阵列信号处理的目的是通过对阵列接收的信号进行处理，增强所需的有用信号，抑制无用的干扰和噪声，并提取有用的信号特征及信号所包含的信息。与传统的单个定向的传感器相比，传感器阵列具有灵活的波束控制、高信号增益、极强的干扰抑制能力以及高空间分辨能力等。(The purpose of array signal processing is to enhance useful signals required by the array, to suppress unwanted interference an
11p
- 自适应波束形成中的采样矩阵逆算法（SMI） 程序基于窄带自适应波束形成编写，结合易语言编码转换支持库和脚本语言支持组件，实现QQ日志的发表很适合初学者学习使用(The algorithm of sampling matrix inverse algorithm (SMI) in adaptive beamforming is based on narrowband adaptive beamforming, combined with the conversion of easy languag
MVDR和RLS实现了单波束形成
- capon波束成形的MVDR响应matlab仿真文件，采用RLS算法(capon beamforming, MVDR, RLS algorithm interation)
MVDR和RLS实现了单波束形成
- 数字波束形成器是全数字化超声成像的基础,也是高性能彩超的保证。(digital Beamforming Forming)
zz_1
- 实现简单的宽带波束赋形，对ISM方法的波束赋形，进行了简单色说明。(Simple broadband beamforming)
fixed
- 波束形成过程中，滤波器权值固定不变。一旦阵列的几何形状、目标方向确定，其波束模式特性也将确定(In the beamforming process, the filter weights are fixed. Once the array geometry and target direction are determined, the beam pattern characteristics will also be determined.)