ROV-3D, 3D Underwater Survey Combining Optical and Acoustic Sensor

P. Drap, D. Merad, Jean-Marc Boï, Wafia Boubguira, Amine Mahiddine, B. Chemisky, Emmanuelle Seguin, F. Alcala, O. Bianchimani
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引用次数: 14

Abstract

ROV 3D project aims at developing innovative tools which link underwater photogrammetry and acoustic measurements from an active underwater sensor. The results will be 3D high resolution surveys of underwater sites. The new means and methods developed aim at reducing the investigation time in situ, and proposing comprehensive and non-intrusive measurement tools for the studied environment. In this paper, we are presenting a new method of 3D surveys which are dedicated to high resolution modeling of underwater sites. The main met constraints in situ are taken into account and this method leads to a precise 3D reconstruction. Some examples will present both the main obtained results and their limitations. We will end with the perspectives and the necessary improvements to the method, so as to automate the multimodal registration step.
ROV-3D,光学和声学传感器相结合的三维水下测量
ROV 3D项目旨在开发创新工具,将水下摄影测量与主动水下传感器的声学测量联系起来。结果将是水下地点的3D高分辨率调查。新手段和方法的开发旨在减少现场调查时间,并为研究环境提供全面和非侵入性的测量工具。在本文中,我们提出了一种新的三维测量方法,该方法致力于水下场地的高分辨率建模。该方法考虑了主要的原位条件约束,从而实现了精确的三维重建。一些例子将介绍所获得的主要结果及其局限性。我们将以视角和必要的改进方法结束,以便自动化多模态注册步骤。
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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