Park_tran

DigiPic 函数主要功能是将一个图片形式的表格函数,获取其数据,拟合为一个解析式. 便于计算机使用 DigiPic功能描述 在matlab 2013a运行环境下,启动DigiPic 首先,导入要分析的图表照片 取点建立坐标系,坐标系在取点时同时输入对应的实际坐标值, 拖拽坐标点使其位置在图片上尽量准确,便于后面坐标的自动计算. 按右键完成坐标系的建立. 在图片上原函数图线处取点.同时自动计算函数值 在拟合页,导入函数数据.选择相应的拟合函数.自动计算出最佳参数. 在拟合前,可人工在函数列表中修改,设定参赛,使计算更快. 选择保存目录,保存数据.数据以excel文件保存,图片和数据文件最好放在一个目录里. excel文件数据可直接在其它分析软件中使用. 打开原分析文件时,可同时打开多个.( DigiPic function main function is to form an image in the form of a function, to get their data, fitting of an analytical style. To facilitate computer use DigiPic Description operating environment in matlab 2013a, start DigiPic First, import to be analyzed Charts Photos access point to establish a coordinate system, the coordinate system at the access point simultaneously enter the actual coordinate values ​ ​ corresponding to the coordinates of the point drag on the image to make it as accurate as possible location, easy to automatically calculate the coordinates back. completed by the right coordinates established. Uehara function graph in the picture at the access point. while automatically calculated in the fitting function value page data import function. choose the appropriate fitting function. automatically calculate the optimal parameters. before fitting, artificial modification in the function list, set the entry to make computing faster. choose to save)

euler pendulum solve motion equation

【谷速软件】卷积的GUI 可以作为参考使用学习([Valley] GUI convolution speed software can use as a reference to learn)

caponback自适应波束形成 array beamform(caponback array beamform)

实现图像的边缘提取，在matlab当中进行编程即可实现(Edge extraction of image)

是一个基于hsv颜色空间进行的运动目标分割(Is a moving target segmentation based on the the hsv color of space)

simulink同心坊镇模块，通信仿真中经常会用的啊函数和相关模块(Simulink concentric fangzhen of modules, communication simulation often used functions and related modules)

crc编译码的过程，程序比较简单易学，已经过验证。(CRC encoding and decoding)

信号的DOA分析方法，有ESPRIT和传统的Capon两种算法在里面，在matlab 7.0平台上运行通过(Signal DOA analysis methods, ESPRIT and traditional Capon has two algorithms on the inside, in matlab 7.0 platform to run through)

时延估计算法 非常有用 非常适合初学者 其中包括了LMSTDE/ ETDE TEDGE 等多个不同的自适应时延估计算法(time_delay very helpful)