costas

光流法有很多种,这是一种最原始的光流法,需要更新可在其基础上进行改进(optical flow)

Egli pathloss propagation model for LTE Simulator.

matlab 关于association rule 的自己写的函数，有3个文件, association.m：h = association(m, i, j) i=>j, m是数据，h是support和confidence，该函数只适用于单个数据 ass_item: h=ass_itset(m, a, b) 同上，但是可用于多个数据（m为数组） assrule: h = assrule(m, threshold1, threshold2) 该函数用于classification， 得到规则，threshold1为要求的support,threshold2为要求的confidence，h 则为符合要求的规则及其support和confidence，前2列为规则，后2列为其support和confidence (matlab on the association rule to write functions, there are 3 files, association.m: h = association (m, i, j) i => j, m is the data, h is the support and confidence, this function applies only to a single Data ass_item: h = ass_itset (m, a, b) it is the same as above, but it can be used for multiple data (m can be matrix) assrule: h = assrule (m, threshold1, threshold2) the function used for classification,get the rules, threshold1 is the require of support, threshold2 is the required of confidence, h is the rules and their support and confidence, the former two columns as a rule, the latter two columns as one of its support and confidence)

BP网络进行分类。matlab源码。经过验证(BP network classification. matlab source code. Proven)

编写一个matlab函数用一个N点离散傅里叶变换同时计算两个N点实序列的离散傅里 叶变换，并将结果与直接使用两个N点离散傅里叶变换计算出来的结果进行比较(Write a matlab function with an N point discrete Fourier transform and calculate actual sequence of two N point discrete Fourier transform, and the results with the direct use of two N point Discrete Fourier Transform calculated results are compared)

Electronically Scanned Arrays MATLAB Modeling and Simulation 全书PDF与书中的程序(Electronically Scanned Arrays MATLAB Modeling and Simulation PDF book and the book program)

a good docs about an electrobiological signal traitment and processing it describ a wavelette method and the time frequency traitment

Generation of AWGN as a function of ExN0

好东东 教你轻松学会matlab的GUI界面设计(MATLAB GUI VIDEO)

说明：  实现不确定度的计算（包括源程序和编译过的程序），实现若干种常用不确定度计算方法(To achieve the calculation of uncertainty (including source code and compiled programs), to achieve a number of commonly used method of uncertainty)