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Depth measurement of underwater target based on laser frequency-difference scanning

机译:基于激光频差扫描的水下目标深度测量

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Underwater 3-D visual technology is one of key technologies in deep sea detection and operation. To acquire underwater depth information of target object is a key point of underwater 3-D visual technology. In this paper, based on active triangular method, we propose a method through laser frequency-difference scanning technology to obtain depth information from 2-D image. We verify the accuracy of the depth information through experiments, which are carried out in air and underwater environments. The results of experiments indicate that the laser difference-frequency scanning technology can get 3-D depth information from 2-D image in high accuracy.
机译:水下3-D视觉技术是深海检测和操作的关键技术之一。为了获得目标对象的水下深度信息是水下3-D视觉技术的关键点。本文基于主动三角形方法,我们通过激光频率差扫描技术提出了一种方法,从而获得来自2-D图像的深度信息。我们通过实验验证了深度信息的准确性,该实验在空气和水下环境中进行。实验结果表明,激光差频扫描技术可以高精度地从2-D图像获得3-D深度信息。

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