picqiehuan

采用matlab代码进行超像素分割，可以很好使用，效果好(Super-pixel segmentation using matlab code can be used well and the effect is good.)

这是一个关于一种基于提升小波和分形理论的多源图像融合方法的源程序(This is an upgrade based on wavelet and fractal theory of multi-source image fusion method of the source)

code 128 条码生成与译码演示 code 128 条码生成与译码演示(code 128 barcode generation and decoding demo code 128 barcode generation and decoding demo)

本文提出了一种新的检测算法以适应不同路面,不同光照 的情况。本算法首先对图像进行预处理操作,随后使用神经网络 对预处理得到后的图像进行裂缝区域的识别,最终从识别结果图中提 取出裂缝信息(Research on road crack algorithm)

运用四边形网格实现医学图像皮肤组织的三维重建算法，对于医学图像的三维重建非常有用(Using quad to reconstruct the contour of skin , it is very useful for medical image reconstruction)

VC操作AVI文件的例子,老是太短，本来就只有这点说明(VC operation example of AVI files, always too short, had only this description)

matlab编写的交互式image matting程序，包括：Poisson，Hillman，Ruzon等方法和源图像(matlab interactive image matting procedures, including: Poisson, Hillman, Ruzon methods and sources image)

请将本压缩文件包下的所有文件放在AutoCAD的支 持目录之下，如 AutoCAD 的安装目录下；或者在下拉 菜单中的 工具-> 选项 －> 文件 -> 支持文件搜索路 径 -> 添加 本程序所在目录。调入应用程序jgj.vlx ， 可以直接将本程序拖入AutoCAD绘图区域，或者在下拉 菜单的 工具－>加载应用程序 中找到本程序后加载即 可! 成功加载后，在命令行内输入bzjgj即可运行。在 对话框中,可以选择螺栓螺母的类型以及其它平、弹垫、 螺纹的显示等，具体使用方法可参见本文件夹中的图片。 体验版只能绘制规格为M10之组件,如果您要注册本工 具,可在命令行内输入 zc ,即可获得相关注册信息。(Please support all the compressed files in AutoCAD package under the Held under the directory, such as AutoCAD installation directory or pull-down Menu Tools-> Options-> File-> Support file search path Path-> add the program directory. Transferred to the application jgj.vlx, This program can be directly dragged into the AutoCAD drawing area, or in the drop-down Menu Tools-> Load application found that after loading the program Can! After successfully loaded in the command line, type bzjgj to run. In Dialog box, you can select the type of bolts and nuts and other flat, spring washers, Threaded display, specific methods can be found in the folder of pictures. Trial version can only draw specifications for the components of the M10, if you want to register the workers Tools, you can enter in the command line zc, you can get the relevant registration information.)

通过在matlab软件平台上进行仿真，实现天线阵列的自适应波束赋形(Realization of adaptive beamforming)

这是我们非线性课程的一次作业，有分岔图，蛛网图，庞加莱截面，希望对大家有用。(This is our first non-linear operation of the curriculum, there is bifurcation diagram, spider diagram, Poincare section, in the hope that useful to everyone.)