Reaserch on precision measurment for large scale 3D surface based on superior integration

B. Jia, Qiongying Lv, H. Mokbel, Yuan Wan
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Abstract

We developed a new type of 3D measurement system for large scale object or outdoor measurement which enabled us to obtain successive 3D range data applied superior integration technology. An object for computer 3D point clouds requires two following information: range information and 3 dimensions coordinate of each point about this object. We proposed superior integration technology using two mainly sensors: laser rangefinder and 2 axis compass. In this paper, we use a living example that measured a wind power tower outside to show how to get morphology of large scale object. In addition, large scale object have to be measured stay outside which may be very large extent. So we use the wireless transmission of multi-serial port technology to solve the problems that the venues are too large and the wires are too much.
基于优势集成的大型三维曲面精密测量研究
我们开发了一种新型的用于大型物体或户外测量的三维测量系统,使我们能够利用优越的集成技术获得连续的三维距离数据。一个用于计算机三维点云的物体需要两个信息:距离信息和该物体周围每个点的三维坐标。我们提出了采用激光测距仪和二轴罗经两种主要传感器的集成技术。本文以风力发电塔外实测为例,说明了如何获得大尺度物体的形貌。此外,需要测量的大尺度物体可能会在很大程度上停留在室外。因此我们采用多串口无线传输技术来解决场馆过大、线路过多的问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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