开发了一种激光扫描方法,以减少在整个三维形状测量中由物体引起的隐藏区域

Akihiko Hata, K. Ohno, E. Takeuchi, S. Tadokoro, Ken Sakurada, Naoki Miyahra, K. Higashi
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引用次数: 1

摘要

作者正在研究利用移动机器人和三维激光扫描仪进行三维测绘。我们研制了一种将二维激光扫描器与泛倾斜基座相结合的三维激光扫描器,可以测量整个三维形状。然而,在使用移动机器人上的扫描仪测量周围区域时,由于安装在机器人上的全景摄像头和无线局域网天线,导致一些区域无法测量整个三维形状。本文采用三维激光扫描仪测量均匀、完整的三维形状,该形状绕俯仰轴倾斜恒定值,然后绕偏航轴旋转一圈。提出了一种通过在二维激光扫描平面与俯仰轴之间进行偏移来减小隐藏物体影响的测量方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of a laser scan method to decrease hidden areas caused by objects like pole at whole 3-D shape measurement
The authors are researching about Three dimensional mapping using mobile robot and 3-D laser scanner. We developed 3-D laser scanner which can measure whole 3-D shape with a combination of 2-D laser scanner and Pan-Tilt base. However, measuring surrounding areas using the scanner on mobile robot, there are some areas where can't measure whole 3-D shape caused by overview camera and wireless LAN's aerial mounted on a robot. In this paper, 3-D laser scanner can measure uniform and whole 3-D shape, which tilts constant value around pitch axis and then rotates one revolution around yaw axis. We propose measuring method that decrease effects of hidden objects by making offset between 2-D laser scan plane and pitch axis.
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