amga.cec09

this program implement the dwt discret tranform wavelet

一个MATLAB阵列信号处理的工具箱介绍，大家看看吧(A MATLAB toolbox described array signal processing, we see it)

主成分分析（PCA)算法是用于简化数据的一种技术,对于某些复杂数据就可应用主成分分析法对其进行简化。

非常实用的关于相像系数的程序，与大家分享，希望能在相像系数仿真上面有所帮助(Very practical program resemblance coefficient, helpful to share with you and hope simulation resemblance coefficient above)

共振解调的过程如下：首先对采集到的信号进行傅里叶变换，然后利用传感器自身的谐振频率进行分析，对滤波后的信号进行包络，包络以后去除了高频部分，得到包络信号，再对改进的包络信号进一步进行低通滤波，最后对最终得到的信号进行傅立叶变换求其频谱图。共振解调的原理及其过程可以用图2 来进行表述。(The process of resonance demodulation is as follows: First, Fourier transform is performed on the collected signal, and then the resonance frequency of the sensor is used for analysis. The filtered signal is enveloped, and the high frequency part is removed after enveloping to obtain an envelope. The signal is further subjected to low-pass filtering on the improved envelope signal. Finally, the spectrum of the resulting signal is Fourier-transformed. The principle of resonant demodulation and its process can be expressed in Figure 2.)

This program graphics a signal with all colours and make the analysis in the frequency domain.

[自動控制]CLOSED LOOP POLES計算工具，使用者輸入系統Function(由TF, ZPK, SS, FDS建立)，以及feedback controller，程式會計算出closed loop poles. (CLOSED LOOP POLES calculation tools for automation control. POLE=POLEPLACE(P,C) returns the closed loop system poles for a given plant P and a given controller C. Input P is the given plant (created with either TF, ZPK, SS, or FRD). Input C is the given controller. Output POLE is a vector representing all desired closed loop poles. )

说明：  IIR 滤波器，matlab实现，载频21.4MHz,带宽200KHz(IIR bandpass filter with matlab language,frequence of 21.4MHz,band of 200KHz)

寻找最优解或最佳路径的多种matlab算法，其中包括蚁群算法，贪婪算法，哈密顿算法，floyd算法，dijkstra算法，遗传算法等(Find the optimal solution or the best path for a variety of matlab algorithms, including the ant colony algorithm, greedy algorithm, Hamiltonian algorithm, floyd algorithm, dijkstra algorithm, genetic algorithm)

application that can process some simple image