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MATLAB初级图形演示系统，用于产生正余弦曲线，适合MATLAB初学者用于编程练习(MATLAB junior graphic presentation systems are used to generate cosine curve, suitable for MATLAB programming exercises for beginners)

border segmentation for CBIR system using matlab

in this image thresholding is done.image thresholding is getting by using seed polints concept

APF仿真的matlab工程文件，对于学习APF原理有帮助(APF simulation matlab project files, helpful for learning the principles of APF)

用于生成3D显示所需的针孔阵列，每个针孔为正方形。(for 3D displays.)

该实例主要功能： 1、演示了GUI界面的布局和效果； 2、演示了togglebutton、pushbutton对simulink模块参数的设置方法； 3、演示了Edit text 和slider的联合使用，及利用edit text 和slider 对simulink 参数的动态修改； 4、演示了simulink参数在GUI上的显示和更显； 5、语句进行了注释，为便于编译没用中文(The main functions of this example are: 1. The layout and effect of the GUI interface are demonstrated. 2, demonstrates the method of setting parameters of Simulink module by togglebutton and pushbutton. 3, demonstrates the joint use of Edit text and slider, and dynamically modifies Simulink parameters using edit text and slider. 4, demonstrates the display and display of Simulink parameters on GUI. 5. Sentences are annotated for easy compilation without Chinese.)

2进制振幅键控的源代码，运行后得到正常结果！(2 binary amplitude shift keying of the source code, get the normal result of running!)

《小波分析理论与Matlab7实现》书籍源码( Wavelet Analysis Theory and realize Matlab7 books-source)

说明：  压缩文件夹中包含二十几个ＭＡＴＬＡＢ编写的仿真程序，包括ＧＭＳＫ信号的调制仿真，ＰＮ码生成，ＦＩＲ滤波器的设计，ＧＯＬＤ序列的生成等等，另外还有许多经典的滤波器变换的小程序(compressed file folder containing 20 prepared by several MATLAB simulation program, including GMSK modulation signal simulation, PN code generation, FIR filter design, GOLD sequence generation, etc., in addition to many classic filter transform small program)

说明：  针对Hénon map,找出其稳定点，. 以及在参数确定的情况下绘画出其分岔图，计算李雅普诺夫指数，最后做出时域图 (For Hénon map,1) Find the fixed points of periods one and two for the Hénon map. 2) Investigate the bifurcation diagrams for the Hénon map by plotting the x_n values as a function of α for β = 0.4. 3) Write a Matlab or Maple program to compute the Lyapunov exponents of the Hénon map where α=1.2 and β = 0.4. 4) Use the OGY algorithm to stabilize a point of period one in the Hénon map where α=1.2 and β = 0.4.)