BS_LMS

Goal of the project was to use numerical methods for solving systems of ordinary differential equations (ODE) using MATLAB software. As in previous assignments first of all I had to research for algorithms, which would be helpful during evaluation of each task, later on I was able to implement and test numerical methods for solving given problems. Each student received electric circuit containing different elements to solve. Each task is presented under separated heading, with its full description, problem discussion, my approach for solving it and explanation.

一级倒立摆的模糊控制，系统性很强，可以再次基础上修改，实现其他算法(An inverted pendulum fuzzy control, systematic strong, can once again based on the modified algorithm to achieve other)

基于LCL的三相逆变器并网恒功率PQ控制模型，输出稳定，谐波滤除效果非常好(LCL-based three-phase inverter and constant power PQ network control model, output stability, harmonic filter effect is very good)

全局核（线性）与局部核（高斯）的加权组合，用于改进SVM的拟合和预测能力(The global kernel (linear) and local kernel (Gauss) weighted combination, to improve the SVM ability of fitting and prediction)

It s about smart antenna. It can help you whatever it is.

说明：  高压缩比信号的重构问题，压缩感知理论相关(Reordering for Better Compressibility Efficient)

二维时域有限差分法的MATLAB程序，包括吸收边界条件等(Two-dimensional finite-difference time-domain method MATLAB, including absorbing boundary conditions)

matlab中不同信道估计的对比,对学习通信专业的学生很有帮助，主要介绍的是MIMO-OFDM系统下的信道估计。(matlab in the comparison of different channel estimation)

基于字典学习的超分辨率例程，matlab编辑，对于理解超分辨率有一定帮助。(Dictionary-based super-resolution routine learning, matlab editor, for understanding the super-resolution of some help.)

张正友的Easycalib的程序没有提供源代码，这是matlab实现代码，大家试试！(Easycalib Friends of the procedures did not provide the source code, which is to achieve Matlab code, we try!)