cma

利用matlab计算模拟金属矩形波导垂直于传播方向截面不同模式下的场分布(Computing and simulating metal rectangular waveguide cross section perpendicular to the direction of propagation of the field distribution in different modes)

FUZZY BASED EXCITATION CONTROL SYSTEM

Matlab Simulink right boost PWM pulse circuit and the simulation design process(Matlab Simulink right boost PWM pulse circuit and the simulation design process)

典型相关分析的源代码 亲手所做 解释详细 (Canonical correlation analysis of the source code is hand-made to explain in detail)

角点检测程序源码，使用的是HARRIS角点提取方法，效果很好。(Corner detection program source code, using extraction methods HARRIS corner, very good.)

MATLAB神经网络工具箱函数说明，对神经网络工具箱进行了详细说明，适合初学者(MATLAB neural network toolbox function description of the neural network toolbox is described in detail, suitable for beginners)

基于拉普拉斯塔型分解图像融合算法,采用matlab实现,算法用三层分解(Lapulashida-based decomposition algorithm for image fusion using Matlab realized, with the three-tier decomposition algorithm)

完成阵列信号处理中MUSIC算法的仿真，并且可以通过改变参数来进行性能验证(Complete array signal processing simulation MUSIC algorithm, and can change the parameters for performance verification)

A fractional Fourier transform (FrFT) based estimation method is introduced in this paper to analyze the long range dependence (LRD) in time series. The degree of LRD can be characterized by the Hurst parameter. The FrFTbased estimation of Hurst parameter proposed in this paper can be implemented efficiently allowing very large data set. We used fractional Gaussian noises (FGN) which typically possesses long-range dependence with known Hurst parameters to test the accuracy of the proposed Hurst parameter estimator. For justifying the advantage of the proposed estimator, some other existing Hurst parameter estimation methods, such as wavelet-based method and a global estimator based on dispersional analysis, are compared. The proposed estimator can process the very long experimental time

ex2_1 利用Z变换求系统输出 ex2_2 求DFT ex2_3 求序列的圆周移位 ex2_4 求序列的圆周卷积 ex2_5 简单的DFT实例(ex2_1 seeking to use the Z-transform system output ex2_2 seeking DFT ex2_3 find the circumference of the shift sequence ex2_4 find circular convolution sequence ex2_5 simple example of DFT)