A_Guide_to_MATLAB_for_Beginners_and_Experienced_U

利用matlab实现光纤的模式分布图的模拟。(Using matlab to achieve mode fiber distribution simulations.)

电磁波电场强度的取向和幅值随时间而变化的性质，在光学中称为偏振。如果这种变化具有确定的规律，就称电磁波为极化电磁波（简称极化波）。如果极化电磁波的电场强度始终在垂直于传播方向的（横）平面内取向，其电场矢量的端点沿一闭合轨迹移动，则这一极化电磁波称为平面极化波。电场的矢端轨迹称为极化曲线，并按极化曲线的形状对极化波命名。因此如果E的失端轨迹是圆，则此电磁波称为圆极化波。(The properties of the orientation and amplitude of the electric field intensity of electromagnetic waves vary with time, which are called polarization in optics. If this change has a definite law, the electromagnetic wave is called polarization electromagnetic wave (called polarization wave). If the electric field intensity of the polarized electromagnetic wave always orientations in the plane perpendicular to the propagation direction, the terminal point of its electric field moves along a closed path. Then the polarized electromagnetic wave is called the plane polarized wave. The vector end track of the electric field is called the polarization curve and is named for the polarized wave according to the shape of the polarization curve. Therefore, if the lost track of E is a circle, the electromagnetic wave is called a circular polarization wave.)

一种基于最大域值平方法的目标识别算法程序.rar(A domain based on the maximum value of level of target recognition algorithm approach procedures. Rar)

偏差补偿最小二乘参数估计matlab源代码SISO模型(Deviation of penalized least squares parameter estimation matlab source code for SISO Model)

说明：  神经网络与免疫算法的结合，用matlab编程实现一些小功能(Neural network with a combination of immune algorithm with matlab programming to achieve some small features)

PF 粒子滤波源代码 非常适合初学者的学习(Particle Filter code matlab)

潮流调和分析，matlab的经典程序，希望对大家有用，祝好运(matlab classic program， hope helpful to you，good luck)

巴特沃斯陷波滤波器的程序 保证可用 直接运行即可 注意：matlaB目录设置要一致哈(Butterworth notch filter can be used to ensure the program can be run directly Note: matlaB directory is set to be consistent )

基本蚁群算法，主要做的是最短路径，请大家修改后应用(Basic ant colony algorithm, the main job of the shortest path, let us apply the modified)

基于遗传算法摩擦模型参数辨识的PID控制，matlab程序(friction model parameter identification of PID control, Matlab procedures)