OFDM[1]

用MUSIC算法作谐波恢复，该算法精确度非常高，能够分辨0.013Hz的频率分量。(Using MUSIC algorithm for harmonic retrieval, the algorithm accuracy is very high, to distinguish the frequency components 0.013Hz.)

对m序列的原理、结构、性质进行了分析,在Matlab中采用编程和Simulink动态仿真功能2 种方式实现了m序列.仿真实验表明,这2种方法简单,易于实现,可移植性较强,具有可行性和 设计的合理性. (The principle of the m sequence, structure and properties were analyzed in Matlab, Simulink using dynamic programming and simulation capabilities are 2 ways to achieve the m sequence. Simulation results show that these 2 simple and easy to implement, portability strong the feasibility and rationality of the design.)

电磁暂态计算用EMTP的rule手册，英文版本，中文版翻译不是很好，还是得看英文版(atp emtp rule book ,english version)

模型预测控制实例，包含一段MPC控制的程序和仿真数据(model predict control)

This is the matlab code of multi class common spatial pattern.

这是我自己写的亲测可用的matlab 牛顿迭代法函数程序(This is the Newton iteration program based on MATLAB written by myself)

主成分分析法将图像分为低秩部分和稀疏部分(Principal Component Analysis (PCA) divides images into low rank and sparse parts)

说明：  飞机俯仰角控制，用经典PID控制和模糊PID控制对比比较，分析仿真(Aircraft pitch angle control)

数据的规范化程序，消除数据的量纲对处理结果的影响。数据点之间距离的计算程序。(Data standardization process, eliminate data on the processing results of the dimensionless)

matlab 雷达仿真, 英文书籍，适合科研人员及学生(Matlab simulation for Radar)