yamaha_clp-550

一款很好的定时开关程序，分享给大家。。。。。。。。。。。。(ziP WER FYH J K KK L H H G F I L OL)

利用C#语言与vs开发工具实现了一个，简单的桌面贪吃蛇游戏(A simple desktop snake-eating game is implemented by using C# language and vs development tools.)

timedelay setting for chipcon 2530

说明：  本次代码程序采用python语言实现lpa算法，具有良好的模块度结果(This code program uses Python language to implement LPA algorithm, and has good modularity results.)

说明：  使用A星算法进行路径规划，能搜索上、下、左、右、左上、左下、右上、右下八个方向(We use A-star algorithm for path planning, and the algorithm can search 8 directions.)

说明：  SLIC算法是simple linear iterative cluster的简称，该算法用来生成超像素（superpixel） 算法步骤： 已知一副图像大小M*N,可以从RGB空间转换为LAB空间，LAB颜色空间表现的颜色更全面 假如预定义参数K，K为预生成的超像素数量，即预计将M*N大小的图像(像素数目即为M*N)分隔为K个超像素块，每个超像素块范围大小包含[（M*N）/K]个像素 假设每个超像素区域长和宽都均匀分布的话，那么每个超像素块的长和宽均可定义为S，S=sqrt(M*N/K) 遍历操作，将每个像素块的中心点的坐标(x,y)及其lab的值保存起来，加入到事先定义好的集合中(Algorithmic steps: Given the size of an image M*N, it can be converted from RGB space to LAB space, and the color space of LAB is more comprehensive. If the predefined parameter K, K is the number of pre-generated super-pixels, i.e., the image of M*N size (the number of pixels is M*N) is expected to be divided into K super-pixel blocks, each of which contains [(M*N)/K] pixels. Assuming that the length and width of each super-pixel region are evenly distributed, the length and width of each super-pixel block can be defined as S, S = sqrt (M*N/K). The traversal operation saves the coordinates (x, y) and lab values of the central points of each pixel block and adds them to a pre-defined set.)

无线电源控制系统接收和发射程序 主要是无线电源电路的设计中的程序-Wireless power supply control system for receiving and launching process is the design of wireless power circuit of the procedures

摄像头 低压低噪马达驱动--MS41908(Camera Low Voltage and Low Noise Motor Drive--MS41908)

迷宫游戏-maze games ................. .......

时间序列分析 高阶统计量方法 张贤达老师1996年的书，已经很难找到下载了:)(ZHANG Xian-da teacher in 1996 the book has been difficult to find downloaded:))