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介绍如何用Labview与视觉助手还有VDM中的函数进行图像处理程序的开发(How to use Labview, visual assistant and VDM functions to develop image processing procedures)

PCI Express Base Specification Revision 1.1

说明：  基于LabVIEW的石英音叉陀螺闭环驱动的实现(Quartz tuning fork gyroscope based on LabVIEW implementation of closed loop drive)

说明：  psinsar书籍，基本原理，数据处理算法，基本应用适合初学者(PSInSAR books, basic principles, data processing algorithms, basic applications for beginners)

是国外的成品模型，使用matlab实现智能预测控制算法，感应双馈发电机系统的仿真。( Foreign model is finished, Use matlab intelligent predictive control algorithm, Simulation of doubly fed induction generator system.)

说明：  信捷PLC控制2轴伺服！！！！！！！！1(Two-axis Servo Controlled by Xinjie PLC)

说明：  适用于LittlevGL的图形转换程序(Use PNG images in LittlevGL)

说明：  串口重定向，调试要用到，非常重要。printf函数重定向。(Serial port redirection is very important for debugging. Pritf function redirection.)

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.)

C++做到飞行游戏，比较好玩，可以供参阅和学习-C++ to do the flight game, more fun, can be used for reference and learning. .