CHAP6_1

一个使用matlab语言编写的粒子群算例，对初学者很有用(a example of particle swarm optimization)

MIMO雷达下利用PASTd算法进行二维DOA跟踪，通过esprit估计每时刻二维角度(use PASTd to track DOA)

说明：  用频域和时域的方法分别来算光子晶体光纤的一篇文章(With the frequency domain and time domain methods to balance the respective article in photonic crystal fiber)

FIR数字滤波器的最优设计(基于MATLAB软件的设计)(FIR digital filter the optimal design (based on MATLAB software design))

运用旋转不变法估计信号的到达角，仿真了信噪比与均方误差的关系，信号为调制信号可以运行，(Using the rotation is not political reform to estimate the doas of the signal, the simulation the relationship between SNR and the mean square error, signal modulation signals can run,)

自己写的 matlab图像处理算法 中值滤波 均值滤波 高斯 腐蚀 还有超绿算法 （农业相关图像处理使用）(Write your own matlab image processing median filter algorithm Gaussian mean filter algorithm corrosion and ultra-green (agriculture-related image processing use))

Matlab code for simulation of LMS algorithm

利用UKF融合算法在融合多传感器数据加上GPS实现多数据融合，最后进行姿态解算(UKF fusion algorithm in use multi-sensor data fusion plus GPS multi-data fusion, and finally the attitude solution)

说明：  该方法自适应地将一个复杂的非平稳的多分量信号分解为若干个瞬时频率具有物理意义的乘积函数（Product function,简称PF）之和，其中每一个PF分量由一个包络信号和一个纯调频信号直接求出。包络信号就是该PF分量的瞬时幅值，而PF分量的瞬时频率则可以由纯调频信号直接求出，进一步将所有PF分量的瞬时幅值和瞬时频率组合，便可以得到原始信号的完整的时频分布。(This method adaptively decomposes a complex non-stationary multi-component signal into the sum of several product functions (PF) with physical meanings at instantaneous frequencies, where each PF component consists of an envelope signal and a pure The FM signal is directly obtained. The envelope signal is the instantaneous amplitude of the PF component, and the instantaneous frequency of the PF component can be directly obtained from the pure frequency modulation signal. Further, the instantaneous amplitude of all PF components and the instantaneous frequency are combined to obtain the complete original signal. Time-frequency distribution.)

基于遗传算法的PID参数优化的MATLAB程序，采用的是二进制编码方式，通过传递函数的离散经过适应度计算 选择复制 交叉 变异操作得到最优解。(PID parameters based on genetic algorithm optimization of the MATLAB program, using the binary encoding, by the discrete transfer function adapted calculation select Copy crossover, mutation operations to obtain the optimal solution.)