LevelSet_CVkeyong

MKM分类算法的matlab程序实现。不是例程，自己编写并调试通过，能正确分类。(MKM classification algorithm matlab Program. Is not routine, I have written and debugged, to correct classification.)

　　本文描述的动态行为　　并行输入/并行输出直流电流型控制　　buck-boost转换器作为multiinput /初步研究　　多输出。这个系统的主要应用之一　　是集成光伏阵列是什么时候　　连接到网格作为可再生能源的来源。的twomodule 　　变换器由两个相同的buck-boost电路　　和直流运行传导模式　　(CCM)。(the paper describes the dynamic behaviour of a parallel-input/parallel-output current-mode controlled DC-DC buck-boost converter as an initial research for multiinput/ multi-output. One of the main application for this system is the integration with photovoltaic (PV) arrays when be connected to the grid as a renewable energy source. The twomodule converter comprises two identical buck-boost circuits and operates in the continuous-current conduction mode (CCM).)

一种改进的自适应滤波器的状态估计，效果非常之好,是用MATLAB编写的，直接在matlab下运行就可以看到完美的滤波效果，自适应算法是sage—husa算法，较传统的滤波器有很大提高(An improved adaptive filter state estimates, the effect is very good, is written in MATLAB, directly in matlab running, you can see a perfect filtering effect, the adaptive algorithm is sage-husa algorithm, than the traditional filtering has greatly improved)

说明：  一种改进的支持向量机分类方法，可以直接用。也可以改一下加到自己的程序里。(An improved support vector machine classification method can be used directly. You can also change it into your own program.)

matlab入门应用例程，n多入门程序和注解，非常棒！欢迎指教！(Introduction to the application of matlab routines, n many entry procedures and comment, great! Welcome the advice!)

上传资料的说明不同傅里叶变换形式直接的联系(this describe switch between all kind of fuliye s format )

使用相关函数来检测信号序列中隐含的周期性(Using the relevant function to detect the implicit periodic of signal sequence.)

Introduction-to-Algorithms的相關電子檔(Introduction-to-Algorithms related to e-file)

基于MATLAB的系统分析与设计——时频分析，是系统分析的好书(the systems anlynsis and design base on matlab.)

三维重建技术的研究是计算机视觉学科的一个重要领域，而双目视觉则是三维重建中的一项重要技术，它利用左右摄像机拍摄出的立体图像对，依据其中包含的几何关系将场景的三维信息重构出来。(The 3-D reconstruction technology of computer vision is a significant field of computer vision ,and binocular stereo vision is a very important technique in 3-D reconstruction of scene.)