lys_3

采用加入递归思想的二分法搜索非线性方程的近似解，在典型算例中调试通过。(A recursive dichotomization which is utilized in the solving of non-linear equation.)

基于多观测矢量的正交匹配追踪算法 正确估计信号的DOA(MMV bases on omp used to DOA)

说明：  MATLAB中画椭圆的自定义函数：ellipse，用后才会发现这个函数的强大功能！ 在ellipse之函数当中，其输入之变数分别如下： -ra 椭圆之长轴半径，可为列矩阵，若为列矩阵时，代表可同时绘制许多椭圆。 -rb 椭圆之矩轴半径，可为列矩阵，如ra。 -ang 水平轴之倾斜角，以弧度表示。可为列矩阵，但ra、rb、ang三者之矩阵数应相同。 -x0,y0 圆心之座标，可为矩阵，若为矩阵时，代表可同时绘制许多不同圆心位置之椭圆。 -C 椭圆线之颜色 -Nb 绘椭圆时所用之点数。(MATLAB in the oval painting custom function: ellipse, will be found after using the power of this function! Ellipse of the function in which its input variables are as follows:-ra ellipse of major axis radius for the column matrix, if for the column matrix, a representative may at the same time drawing many elliptical. oval-rb-axis radius of the moment for column matrices, such as ra.-ang horizontal axis of the tilt angle to radians. Matrix for the column, but ra, rb, ang among several of the matrix should be the same.-x0, y0 the coordinates of the center for the matrix, if for the matrix, a representative may at the same time drawing a number of different oval center location.-C elliptic line color-Nb painted oval of points used.)

基于Matlab，针对不同采样点数做的频谱分析对比(Based on Matlab, spectrum analysis and comparison of different sampling points)

Character recognition system with matlab and ann

srm 6/4 design using m file

gmcalab 快速广义的形态分量分析，本程序的性能已经达到较高水平，光纤陀螺输出误差的allan方差分析，具有丰富的参数选项,仿真效率很高的，用MATLAB实现动态聚类或迭代自组织数据分析，阐述了负荷预测的应用研究,通过matlab代码。( gmcalab fast generalized form component analysis, The performance of the program has reached a high level, allan FOG output error variance analysis, It has a wealth of parameter options, High simulation efficiency, Using MATLAB dynamic clustering or iterative self-organizing data analysis, It describes the application of load forecasting, By matlab code.)

关于matlab支持向量机的程序，学习支持向量机的人可以看看。(On support vector machine matlab program, learning support vector machines can see.)

This is the Matlab code for Yagi antenna design , very useful .

说明：  一种基于PN训练序列的OFDM时频同步的新算法。通过构造倒序结构的同步训练序列(PN training sequence based on the OFDM time and frequency synchronization of the new algorithm. Structure by constructing a reverse synchronization of training sequences)