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边缘是指图像中像素灰度有阶跃变化或屋顶状变化的那些像素的集合。学会并掌握使用matlab进行图像的边缘检测，设计用户界面实现上述功能。 实际问题： 1、采用matlab Guide设计图像界面，可以读入并显示图像，设计实现以下功能的菜单，点击相应的菜单（如radio button）在图像界面上可以显示相应的功能。 2 使用sobel检测算子； 3 使用prewitt检测算子； 4 使用canny检测算子； (Edge is refers to the image pixel has a step change in the collection of those pixels or roof shape change. Learn and master using matlab for image edge detection, design the user interface to realize the function. The real problem: 1, Guide design based on matlab image interface, can be read and displayed image, design and implement the following function menu, click on the corresponding menu (such as a radio button) in the image on the interface can display the corresponding function. 2 use the sobel detection operator 3 use prewitt detection operator 4 use the canny detection operator )

Hespanha混杂系统模拟仿真教程的Matlab算例1(Matlab example 1 Simulation of hybrid systems (Hespanha))

给出了一个关于多址接入协议ALoHA的ppt，和对应ppt中仿真图的源代码(this file folder includes a ppt about the mutiple access proctocal, and the related codes developed in Matlab for the figures in this ppt)

LMS自适应算法，对不同信道参数进行仿真，并输出计算结果(LMS adaptive algorithm, for different channel simulation parameters and output results)

说明：  实现拉格朗日差值计算的C++程序，结果输入到m文件中用于matlab计算。(Lagrangian difference calculated to achieve C++ program, the results for input to the m file matlab calculations.)

但由 于传统&’(控制器不具有在线整定参数#+##’ 及#( 的 功能!致使其不能满足在不同$及$ 下系统对&’(参 数的要求!从而影响其控制效果的进一步提高& 本 文介绍了具有自整定&’(参数功能的一类模糊控制 器的设计方法!并在./01/2中用34561478对控制器进 行了仿真! 结果表明与传统&’(控制器相比模糊控 制器取得了更好的控制效果&(T/RMN H7 LH7PM704H7/1 /NU6R0HQ9:6 <+/Q/5M0MQR RM1:$/NU6R0MN &’( MR0/214RF N6/140< LH70476H6R :67L04H7 2M) 0VMM7 0FM+/Q/5M0MQR /7N V47N/IM /R VM11 /R 40R P/Q4M0< V40F 0FM /++14L/04H7 H: :6 < /IIQMI/0M 0FMHQ<WOFM LH70QH11MQ L/7 /1RH /NU6R0 0FM &’( LH70QH11MQ)R+/Q/5M0MQR H7$147MWOFM NMR4I7 5M0FHN H: 0F4R 847N H: LH70QH11MQ /7N 0FM 5M0FHN H: M5) 61/04H7 67NMQ 34561478 /QM 470QHN6LMNW)

用matlab编制的机器人求逆以及求时间的程序，个人感觉很有应用借鉴价值。(using Matlab based robot inverse time and the procedures for seeking personal feeling good application reference value.)

有损和无损的图像压缩,DCT,哈夫曼编码(The lossy and lossless source coding in image processing, DCT and Huffman coding)

stft谱分解，已经过实际验证，效果很好(stft spectral decomposition, has been actually verified with good results)

设计一个一位二进制数大小比较器。比较两个一位二进制数A和B的大小，电路有三个输出端Y1，Y2和Y3，分别对应A大于B，A等于B，A小于B。当条件满足时，相应输出端为1，否则为0。（A，B用两个脉冲源代替），建立仿真模型并保存。(Design a one binary magnitude comparator. A size comparison of two binary numbers A and B, the circuit has three outputs Y1, Y2 and Y3, respectively, corresponding to the A greater than B, A is equal to B, A less than B. When the conditions are met, the corresponding output is 1, and 0 otherwise. (A, B instead of the source with two pulses), and save the simulation model.)