基于树莓派的对于圆周运动物体的摄像测量系统

Camera measurement system for circular moving objects based on Raspberry Pi

摄像测量技术是信息科学行业比较热门的一个行业,通过摄像头捕获成像并对图像参数进行分析处理便可获得较多的实时信息。本项目设计一款基于树莓派(Raspberry Pi)的摄像测量系统,主要对圆周运动的物体进行相关参数的测量。该设计可以在摄像头成像范围内对运动的物体进行实时定位,以此来获得长度角度等重要参数的信息。此外,本设计还可以将从正交的两个方向实时显示物体的运动画面,并通过交换机将这两个运动画面传输到终端。针对以上功能,该系统可以用于远程的非接触式测量,如工业中实时监测工件的运行情况,检测零件损坏程度等。

Photogrammetry technology is a popular industry in the information science industry,and more real-time information can be obtained by capturing imaging with a camera and analyzing and processing image parameters.This project designs a photogrammetric system based on Raspberry Pi,which mainly measures the parameters of objects in circular motion.This design can perform real-time positioning of moving objects within the imaging range of the camera to obtain information on important parameters such as length and angle.In addition,this design can also display the moving picture of the object from two orthogonal directions in real time,and transmit the two moving pictures to the terminal through the switch.In view of the above functions,the system can be used for remote non-contact measurement,such as real-time monitoring of the operation of workpieces in the industry,detection of damage to parts,etc.