水下珊瑚礁图像三维重建研究综述

Seema Sultana, Sunanda Dixit
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引用次数: 2

摘要

本文的研究工作描述了利用极极几何对珊瑚礁图像进行三维重建的工作。在这里,利用由3个不可区分的防水相机组成的多视角相机框架,在立体基座上显示,并在直接横断面上收集海底的胶片。为了建立一个海底的3d写照,图像集最初从视频胶片中分离出来。此时,相关焦点通过显著的SURF计算自然地从立体匹配中分离出来。根据生成的x, y, z点云,珊瑚礁的三维外观是用梯度场的极极策略近似的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A survey paper on 3D reconstruction of underwater coral reef images
The research work here describes the 3D reconstruction work of coral reef images using the Epipolar Geometry. Here utilizing a multi-see camera framework comprising of 3 indistinguishable waterproof cameras showed on a stereo-base, and gathered film of the ocean bottom in direct transects. To build up a 3D-portrayal of the ocean bottom picture sets were initially separated from the video film physically. At that point relating focuses are naturally separated from the stereo-matches by the notable SURF calculation. In light of the resultant x, y, z point cloud the 3D appearance of the coral reef is approximated by Epipolar strategy using Gradient Field.
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