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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
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
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
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 arr
wang
- 这是加权网络中权重均匀分布,节点强度幂率分布的模型,可以画出度分步,强度分布图。-This is a weighted network, evenly distributed weight, power-law distribution of node strength of the model, you can draw the distribution of degrees and strength
xinjiaquan
- 这是加权网络中节点强度和权重都是均匀分布的模型。-This is a node-weighted network strength and weight of the model are uniformly distributed.
hamming_weighted
- 均匀线性阵列 波束形成,Hamming加权/Chebychev加权-Uniform Linear Array beamforming ,Hamming/Chebychev Weighted
sparse_wsf
- 使用加权子空间拟合(WSF)实现稀疏均匀圆阵DOA估计。优化过程用的是最陡下降法。-Using weighted subspace fitting (WSF) SPARSE DOA estimation with uniform circular arrays. Optimization process using a steepest descent method.
Beampattern
- 标准矩形阵列的波束方向图的幅度:N=M=10,均匀加权,线性垂直标度。-Beampattern of uniformly weighted rectangular array
zeroBeampattern
- 标准矩形阵列的波束方向图切面的极坐标图,均匀加权:(a)phai=0度或90度;(b)phai=45度。-Polar plot of uniformly weighted rectangular array
Contourplot
- 标准阵列的波束方向图的幅度等高线图:N=M=10,均匀加权。-Contour plot of uniformly weighted rectangular array
oap2
- 最优阵列处理中的波束形成算法(包括均匀加权线阵、阵列调向、线性孔径、阵列性能度量的程序)-optimun array processing
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.
Desktop
- 均匀加权ULA阵天线方向图,原创啊!!!很适合初学者入门使用-Uniformly weighted ULA array antenna pattern, very suitable for the beginner. . .
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 o
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
ULA
- 简单的均匀加权线阵的仿真,有出方向图,权值与入射信号干扰噪声都无关,直接就是【1,1,1……】-a simple simulation of ULA
changguiboshu
- 常规波束形成,均匀加权,给个权重因子,线列阵常规波束形成。-Conventional beamforming, uniform weighting, to a weight factor, the conventional line array beamforming.
junyunjiaquan
- 假定半波长间隔均匀分布线列布阵的阵元数N=16,若入射平面波为f=62.5Hz的正弦信号,信号持续时间为0.4s, 系统采样频率 =1 KHz,阵列加权为均匀加权,分别给出 a)当平面波信号分别从 0,10,20,30,40,50,60,70,80,90,100度方向入射时,指向90度的波束形成器的输出序列; b)当平面波信号分别从0:1:180度方向入射时,指向90度的波束形成器的输出序列经过平方求和后的分贝数输出
pattern_2D
- matlab二维平面阵列方向图仿真,波束形成(Matlab 2-D planar array pattern simulation, beamforming)