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beam_weight
- 加权的波束形成程序，均匀线列阵，可以扩展到各种阵形，各种加权情况-weighted beamforming procedures, uniform linear array, can be extended to the various camps, all kinds of weighted
bijiao
- 阵元间隔为半波长的均匀分布16元线列阵，利用均匀加权常规波束。远场有5个互不相关的目标源发射信号，每个源相对基阵的方位分别为-40，-42，-5，30和33，且每个源信号到达基阵时的信噪比相等，均为10dB。分别对波束域和阵元域MUSIC算法进行比较。 -Array element spacing of half wavelength for the uniform distribution of 16 per linear array, using conventional beam ev
LineArrayBeamform
- 利用相移补偿来仿真一个均匀线列阵的指向性图 -Using phase shift compensation to simulate a uniform linear array of point of Figure
mvdr_1signal_1interfere
- 使用MVDR方法的波束形成。使用均匀线列阵，信号入射方向为10度，干扰信号方向为-10度。-MVDR beamforming using the method. Using uniform linear array, the signal incident direction of 10 degrees to-10 degrees the direction of interfering signals.
w_SMI
- 针对均匀线列阵，当采用样本协方差矩阵求逆的方法时，得到的波束扫描估计方位谱。三个信号源-For uniform linear array, when using the sample covariance matrix inversion method, estimated by scanning the beam position spectrum. Three sources
fangxiangtu
- 利用MATLAB绘制均匀线列阵和均匀圆阵的方向图-Uniform linear array mapping using MATLAB and the uniform circular array pattern
ULA_window_
- 均匀线列阵加权波束形成，包括均匀加权，hanning, hamming, blackman和chebychev加权，并给出极坐标图。-Uniform linear array weighted beamforming, including the uniform weighted, hanning, hamming, blackman and chebychev weighted, and give the polar diagram.
SMI_1
- 使用样本协方差矩阵求逆方法仿真的波束图。使用的是均匀线列阵，信号方向为10度，有噪声，没有干扰。-Using the sample covariance matrix inversion method for the simulation beam pattern. Using a uniform linear array, the signal direction of 10 degrees, there is noise, no interference.
capon
- 均匀线列阵，Capon波束形成，三方向入社，空间谱（功率谱）-Uniform linear array, Capon beamforming join a company in three directions, the spatial spectrum (power spectrum)
directivity1
- 静态方向图，包括均匀线列阵，平面阵和均匀圆阵-Static pattern, including uniform linear array, planar array and uniform circular array
beamform
- 常规均匀线列阵波束形成，均匀加权方式。uniform line array beamform-uniform line array beamform
diffrent_sidelobe
- 均匀线列阵波束形成，使用契比雪夫等旁瓣加权方式-chebshev different sidelobe
ULAbeamform
- 均匀线列阵波束形成，采用常规加权方式的波束形成。-ULA beamform
bmesprit
- 采用esprit方法在均匀线列阵上实现目标的波束形成和方位估计。-Esprit method using a uniform linear array beamforming on the goals and orientation estimation.
task1_azimuth_spectrum
- 名称：20元均匀线列阵波束扫描方位谱P(θ) 功能：假定基阵接收到的是功率为0dB的空间白噪声，0°和30°方向上信号，信噪比分别 为5dB和10dB，常规波束形成器波束扫描方位谱P(θ)- Name: 20 yuan uniform linear array scanning beam azimuth spectrum P (θ) Function: assume Array received power of 0dB space is white noise, 0 and
task1_beam_pattern
- 名称：20元均匀线列阵波束响应p(θ) 功能：期望方向分别为为θ0 0°和θ0 20°时，基阵在各个方向上的波束响应p(θ)- Name: 20 yuan uniform linear array beam response p (θ) Function: to the desired direction, respectively θ0 0 and θ0 20, the base array beam in all directions in response to
task2_DFT_beamforming
- 12元均匀线列阵，DFT波束形成 功能：阵元间隔为对应于频率f0的半波长。假设一线性调频信号源从-30°方向入射到 基阵，不考虑噪声，进行DFT波束形成。-12 yuan uniform linear array, DFT beamforming Function: array element spacing corresponding to half the wavelength of the frequency f0. Suppose a linear FM signal s
Split-beam-method-estimated-target-
- 分裂波束法估计目标方向 ULA（均匀线列阵），16个阵元，LFM信号的中心频率为25KHz，带宽为1KHz，信号时宽为150ms。求来波方向的估计值 。-Split beam method estimated target direction ULA (uniform linear array), array element 16, the center frequency LFM signal is 25KHz, a bandwidth of 1KHz, the signal width
xianliezhen
- 均匀线列阵 8元线列阵 多通道输出信号 xinahoyanchi-Uniform linear array 8 yuan linear array of multi-channel output signal
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