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MVDR_bp
- 信干噪比和波束模式对常规波束形成和(最小方差无失真响应)MVDR的影响-get the effective of SINR and beampattern to CBF and MVDR
MVDR_beam
- 波束形成算法中的最小方差无失真响应波束形成器，并在一个图中给出常规波束和MVDR两种波形。 -Beamforming algorithm in the minimum variance distortionless response beamformer and give a diagram of conventional beamforming and MVDR two waveforms.
hechaboshu
- 基于matlab的和通道，差通道的波束形成，以及误差信号分析。-Based on matlab and channel bad channel beamforming, as well as the error signal analysis.
sim
- 实现对自适应波束形成SIM算法的仿真，在该程序中，我们先设置入射的信号，再进行互协方差矩阵和自协方差矩阵的求解来实现该算法-To achieve adaptive beamforming algorithm for the simulation of SIM, in the process, we first set up the incident signal and then cross-covariance matrix and covariance matrix from the sol
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
LC_GSC
- 线性语速广义旁瓣相消器（LC-GSC）的仿真和线性约束最小方差波束形成（LCMV）比较-Linear Speed generalized side lobe canceller (LC-GSC) of the simulation and linear constrained minimum variance beamforming (LCMV) compared
Matlab
- 最大信噪比准则方向图和功率谱； ASC旁瓣相消—MSE准则； 线性约束最小方差(LCMV)准则； 不同方法估计协方差矩阵的Capon波束形成；多点约束的Capon波束形成和方向图-Pattern and the power spectrum of the maximum signal to noise ratio criteria ASC sidelobe cancellation-the MSE criteria Linearly constrained minimum varia
boshuxingcheng
- 对于N=11的标准线阵，分别采用如下波束形成器进行最优波束形成，要求含有干扰信号和噪声。 1、最小方差无失真响应（MVDR）波束形成器； 2、最小功率无失真响应（MPDR）波束形成器。-Minimum variance distortionless response (MVDR) beamformer Minimum power distortionless response (the MPDR) beamformer.
Array-Signal-Processing-Simulation
- 使用Matlab构建阵列信号处理系统模型，包括相干信号模型，幅度和相位误差类型，协方差矩阵产生，波达方向的子空间，自适应波束合成器-Matlab is used to build the array signal processing system model, generate coherent signal model, the amplitude and phase errors of the type of covariance matrix, the direction of arri
ex2_1102121057
- 雷达课程作业，阵列天线波束形成，脉冲压缩， MTI 滤波器设计，3变T 六脉冲对消 MTI， 非相干积累 恒虚警处理， 和差波束分析。-Radar course work, the array antenna beam forming, pulse compression the MTI filter design, 3 variant T six-pulse MTI cancellation, non-coherent accumulation CFAR and difference beam
hechaboshu
- 线性调频雷达三维（方位面和俯仰面）和差波束图像-Radar dimensional (azimuth and elevation) sum and difference beams image
cejiao
- 幅度和差测角和相位和差测角的MATLAB仿真程序，相位和差测角采用阵列天线，信号采用窄带点频信号，通过直接使用配相和波束形成后的表达式来仿真，幅度和差测角和相位测角类似，只是多了用sinc信号仿真-The difference between the measured amplitude and phase angle and the angle of deviation between the measured and MATLAB simulation program, and the di
hechaboshu-
- 多阵元天线方向图的形成，可用于和差波束测角，代码已经用过很多年，实测非常实用！-beam forming
cejiao
- 雷达单脉冲测角，通过和差波束比幅测出目标所在平面方位角度(estimate the angle of moving target)
自适应波束形成
- matlab程序，基于最小均方误差准则和线性约束最小方差准则的自适应波束形成。(Adaptive beamforming based on MSE(Mean Square Error) and LCMV(Linear Constraint Minumum Variance),based on Matlab)
自适应波束形成与Matlab程序代码注解(1)
- 自适应波束形成技术程序代码（有注解） 包括1.均匀线阵方向图2.波束宽度与波达方向及阵元数的关系当阵元间距时，会出现栅瓣，导致空间模糊 类似于时域滤波，天线方向图是最优权的傅立叶变换5.最大信噪比准则方向图和功率谱6.ASC旁瓣相消----MSE准则7.线性约束最小方差(LCMV)准则(Adaptive beamforming technology code (Annotated))
New_Result
- 研究能量受限的SWIPT无线通信网络中，基站采用MIMO多天线发送信号给用户节点，在有窃听节点的情况下，通过联合优化发射波束形成矢量、人工噪声协方差和接收PS比来最小化总发射功率，同时保证每个接收机的个体保密率和能量收集约束。(In the energy limited swipt wireless communication network, the base station uses MIMO multi antenna to send signals to user nodes. In t
波束形成matlab
- 波束形成matlab 1.均匀线阵方向图 2. 波束宽度与波达方向及阵元数的关系 4. 类似于时域滤波，天线方向图是最优权的傅立叶变换 5. %最大信噪比准则方向图和功率谱 6. %ASC旁瓣相消----MSE准则 7. %线性约束最小方差(LCMV)准则
和差波束加权
- 单脉冲和差波束法测角的matlab代码及支持函数，生成和差波束鉴角曲线，可以直接运行(The matlab code and support function of single pulse sum difference beam angle measurement can generate sum difference beam angle discrimination curve and run directly)
相位法雷达测角研究
- 和差波束测角法，程序比较简单，具有参考价值(Angle measurement with sum difference beam, with reference value)