Fourth-Order-Partial-Differential-

排列熵，算法简单，运算速度快，对噪声不敏感，计算值稳定等优点(The entropy is simple, the operation speed is fast, it is not sensitive to noise and the calculated value is stable.)

采用共信息(mutual information)实现了图像对齐的功能（image registration）。这在数据融合，图像处理里是很重要的。(adopt information (mutual information) to achieve alignment of the image features (i MAGE registration). This data integration, image processing, was very important.)

先进PID控制matlab仿真源代码，典型实例具体分析说明，通俗易懂。（第四章）(Advanced PID control matlab simulation source code, more typical examples of specific instructions, clear and easy to understand.（Chapter 4）)

基于MIMO-OFDM系统的信号算法，主要有QR检测ZF SIC检测 (Signal Algorithm for MIMO-OFDM system based mainly QR detection ZF SIC detection)

用mathlab实现Gauss算法,gauss算法是科学计算中一个非常著名的常用算法(Gauss algorithm with mathlab realize, gauss scientific computing algorithm is a very well-known commonly used algorithm)

用最优化方法求解优化问题的极大值或极小值问题的方法(Maximum or minimum value of the issue of method optimization method for solving optimization problems)

有35个成熟的matlab GUI设计，代码通用性强，便于根据需要具体更改，也可以作为GUI学习的教程，全面、细致，35个GUI的侧重各不相同，功能强大。(There are 35 mature matlab GUI design, code, versatility, ease of specific changes needed, can be used as GUI learning tutorials, comprehensive, detailed, focusing on 35 different GUI is powerful.)

仿真实现了MIMO雷达空间谱估计，应用了Capon算法和MUSIC算法，并对两种算法下的角度估计性能进行了对比仿真(Simulation to achieve the MIMO radar spatial spectrum estimation, applied the Capon algorithm and MUSIC algorithm, and the Angle estimation performance under two kinds of algorithms are compared the simulation)

GMM 混合高斯自适应背景维护 可以用来做行人检测 等(GMM Gaussian Mixture adaptive background maintenance can be used to make the pedestrian detection)

阵列信号处理常用的MUSIC算法，包括经典MUSIC，求根MUSIC，基于四阶累积量的MUSIC等(MUSIC usual array signal processing algorithms, including the classic MUSIC, Root MUSIC, based on fourth-order cumulant MUSIC etc.)