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music
- music算法条件是在阵列采用8阵元的均匀线阵，阵元间距为半波长，期望信号的信噪比为10dB，方向为0度，干扰号的干噪比为20dB，方向为25度，并且期望信号和干扰信号间是不相干的，快拍数为512。-With the proviso that the array 8 array element uniform linear array, the array element spacing of a half wavelength, the desired signal to noise rati
fang_xiang_tu
- 计算了5 元侧射阵，阵间间距分别为0.25、0.5、0.8倍波长的方向图-Calculation of five yuan side shot array, the array spacing between wavelengths respectively 0.25,0.5,0.8 times pattern
small_antenna
- 计算了小天线的方向图，和其史密斯原图.(阵元间距d与波长lamda的关系)-Calculation of a small antenna pattern, and its former Smith,Element spacing d and the relationship between the wavelength lamda
Ramangaincoefficient1445-1617
- 这是一个用matlab仿真拉曼增益系数的例程，覆盖波长为1445-1617nm-This is a simulation of the Raman gain coefficient matlab routines, covering the wavelength 1445-1617nm
MATLAB-Funktionen
- 利用matlab计算水波波长的长度，这是从高空拍的海水照片。-Matlab is used to calculate the length of the wave length, which is a picture of the sea water the sky.
tongxinyuan
- 阵列阵元均匀分布在九圆环上，阵元间距为半个波长，以matlab语言显示出来。-Array array elements evenly distributed over nine rings, the array element spacing is half wavelength in matlab language displayed.
Mie-
- 计算米氏散射的MATLAB软件，主要输入参数为粒子半径，入射光波长，粒子折射率-Mie scattering
multi-wavelength-laser-radar-
- 气溶胶的特性参数计算 算法 偏正 多波长激光器 -multi wavelength laser radar
MIV-for-matlab(spectral)
- 基于MIV的神经网络变量筛选,可以用来作为大数据的建模和特征变量或特征波长的筛选-Neural network variables MIV screening can be used to model and characteristic variable or characteristic data as a large wavelength filter
wuxinxibianliangxiaochufa
- UVE是基于PLS回归系数建立的一种波长选择方法，这种方法的基本思想是将回归系数作为波长重要性的衡量指标。该方法将一定变量数目的随机变量矩阵加入到光谱矩阵中，然后通过蒙特卡洛交互验证或者传统的交互验证建立PLS模型，通过计算PLS回归系数平均值与标准偏差的比值，选取有效光谱信息。-UVE was established based on PLS regression coefficient of a wavelength selection method, the basic idea of t
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
Mie_Theory
- 计算单粒子米氏散射，可以对计算阶数和计算波长范围，粒径任意改变。-Single-particle Mie scattering calculation, you can calculate the number and order of the wavelength range of computing, particle size arbitrarily changed.
bandgapwavelength
- 带隙和波长之间相互转换的小程序，有用户界面-Bandgap and wavelength conversion between the small program, a user interface
Desktop
- matlab模拟两束平面波干涉 （1）光源非单色性的影响 实际光源不是绝对的单色，包含一定的光谱宽度△λ。△λ范围内的每一种波长的光都生成各自一组干涉条纹，除零干涉级外，相互间均有位移，使条纹对比度下降。 能产生干涉条纹的最大光程差称为相干长度。与光源的光谱宽度成反比。光源的光谱宽度越小，就能在更大的光程差下观察到干涉条纹。 （2）两相干光波振幅比的影响 振幅相差越大，对比度越小。若两相干光波的振幅相差很大，两相干光波造成的强度实际上与其中较大强度的一个光波单独产生的强度没有
spa
- 基于matlab 2014b 的一种spa算法（连续投影算法），本人原本用于做光谱数据的定量分析,寻找特征波长。-Based on matlab 2014b a spa algorithm (continuous projection algorithm), I was originally used for quantitative analysis of spectral data，looking for the Characteristic wavelength.
yansheS-FFT
- 柯林斯公式的S-FFT计算 调入一图像，计算平面波照射下给定波长及距离的衍射场振幅图像-S- FFT Computation of Collins Formula
zxf
- 对来波方向为0度的八阵元方向图进行仿真,为半波长天线-Simulation of 8 element linear array pattern
CBF_aper
- 阵元间距为不同波长下的窄带波束形成，分别是1/4，1/2，1，2倍的波长时候的波束形成-beamforming with different d
narrow
- 简单的常规窄带波束形成，8个阵元，1/2波长，扫描角度0-180度-simple narrowed beanforming
cirarray
- 对阵元间距大于半波长的稀疏圆阵进行了波束形成，并且进行了干扰抑制-Beamforming is performed on the sparse circular array with the element spacing greater than half the wavelength, and the interference suppression is performed