kalman-wiener

matlab中wave文件的信号生成功能源代码，欢迎使用(Matlab document which wave signals Health successful energy code, welcomed the use of)

说明：  输电线路勘测设计的matlab的一个有用的源码(transmission line survey and design of Matlab a useful source)

synchronous identification technique

比较两个netcdf文件 1。通过添加内部ind2sub1函数remove函数依赖第三方 2。格式化文本(Description NCCMP compares two netcdf files and prints the differences. This function is useful for testing mathematical forecasting or prediction models. USAGE: NCCMP(ncfile1,ncfile2) NCCMP(ncfile1,ncfile2,tolerance,forceCompare) INPUT: ncfile1- name of the NetCDF file to compare ncfile2- name of the NetCDF file to compare tolerance- Compare numeric data using a tolerance threshold forceCompare- if false, exit when first difference is found true: continues to process all variables EXAMPLES: nccmp( old.nc , new.nc ,0.000001) nccmp( old.nc , new.nc ,[],true) FEATURES: 1. Print the differences and their locations 2. Exits when first difference is found or optionally continues to process all variables 3. User defined tolerance threshold to compare the variables TO DO: 1. Specific variable inclusion or exclusion 2. Specific attribute inclusion or exclusion 3. Option to ignore the history attribute 4. Ignore difference between v)

基于simuink的LCL型有源电力滤波器的设计仿真(A LCL type APF simulation that is based on simulink)

time difference of arrival simulation.TDOA

说明：  应用MatLab软件进行插值与拟合的程序代码(Application of MatLab software interpolation and fitting code)

说明：  实现了非均匀采样线性调频信号的精确重建，主要分为两部分：实现对线性调频信号的非均匀采样；非均匀采样重建。(A perfect reconstruction algrithm for non-uniform sampling LFM signals.)

在人工神经网络中，通过MATLAB软件，利用BP算法实现逼近余弦函数。(在人工神经网络中，通过MATLAB软件，利用BP算法实现逼近余弦函数。在人工神经网络中，通过MATLAB软件，利用BP算法实现逼近余弦函数。自动检测中英文中译英英译中百度翻译. 翻译结果（中 > 英）复制结果 In the artificial neural network, through the MATLAB software, BP algorithm using approximate cosine function.)

根据以下的平板光波导在波长为1550 nm时的折射率数据 1.作 出 不 同 波 导 芯 厚 度 d (0<d<15  m)对应的TE模式 与TM模式的色散图； 2.给出满足单模与双模传输的 波导厚度范围。 3.确定包层所需的最小厚度a 与b的值(The refractive index of the optical waveguide data at a wavelength of 1550 nm according to the following plate 1. do not make the same waveguide core thickness d (0 <d <15  m) corresponding to the TE mode And TM mode dispersion map 2. The single-mode and dual-mode transmission is given to meet the Waveguide thickness range. 3. To determine the required minimum thickness of a cladding And the value of b)