AUTO

这是时间序列的matlab程序应用，包括matlab程序的说明(This is the time series matlab application procedures, including procedures matlab)

BBABssemble(K,k,i,j,m,n)根据单元结点信(i,j,m,n)将单刚阵定位到总刚阵中。(This function assembles the element stiffness matrix k of the bilinear quadrilateral element with nodes i, j, m, and n into the global stiffness matrix K. )

程序为使用剩余矩形排样法排样的矩形件排样程序，应用matlab软件编程制作。(Procedures for the use of the remaining rectangular nesting of nesting rectangular piece nesting program, application matlab software programming production.)

基于matlab 通过线性变换法进行图像增强处理，对一些对比度较差的图像处理效果明显，如所附图像(Image enhancement)

最小二乘支持向量机二分类问题实例程序，了解最小二乘支持向量机的编程方法，数据方式(lssvm classification)

一个基于Matlab的人工免疫算法程序，对初学者很有用。(Immune Algorithm based on the immune network model for function f(x1,x2) optimum copy right SCUT Guangxing Tan )

洛伦兹电路MATLAB仿真程序，分析，绘图，手动设置参数(Lorenz circuit simulation program MATLAB, analysis, mapping, set the parameters manually)

说明：  matlab的代码关于fft的仿真程序,直接的出波形(fft matlab code on the emulator, directly from the waveform)

AM RECEIVER based on super heterodyne principle virtually used in all modern radio and television receivers. The approach mainly involves the use of heterodyning or frequency mixing. The signal from the antenna is filtered sufficiently at least to reject the image frequency and possibly amplified. A local oscillator in the receiver produces a sine wave which mixes with that signal, shifting it to a specific intermediate frequency (IF), usually a lower frequency. The IF signals is itself filtered and amplified and possibly processed in additional ways. The demodulator uses the IF signals rather than the original radio frequency to recreate a copy of the original modulation (such as audio). The project is coded in MATLAB.

展示了如何生成一个随机无标度网络图，基本结构分析，包括度分布、聚类系数等。观察两种类型的攻击对网络的影响：随机攻击（所有的几点有相同的概率从网络中删除）、有目标地选择连接度最大的节点（节点度最大的节点从网络中删除）。(Shows how to generate a random scale-free network graph, basic structural analysis, including degree distribution, clustering coefficients, etc. Observe the impact of two types of attacks on the network: Random attacks (all points have the same probability of being removed from the network), and select the node with the highest degree of connectivity (the node with the highest node degree is removed from the network).)