Potential of underwater sonar systems for port infrastructure inspection

Naouraz Brahim, Sylvie Daniel, Didier Gueriot
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引用次数: 6

Abstract

Due to their involvement in several development areas (economy, industry, tourism, etc.) the maintenance and control of port infrastructure are of prime interest. Currently, quay inspection is carried out by divers using underwater cameras. Besides being time consuming, this approach displays several drawbacks: high cost, diver's insecurity and lack of precision mainly due to a lack of visibility in turbid water. Therefore, new innovative methods are required to overcome these limitations Sonar technology is a suitable alternative for quay inspection. It is a rapid and safe way to detect various defects in quay. It provides acoustic image whose quality is much higher than that of images supplied by optical means. The capability and performances of these acoustic systems still remain to be assessed. This is the focus of the proposed research work that will be addressed in this paper. The main purpose is to design and develop a method that will enable the detection and characterization of quay defects using acoustic images.
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水下声纳系统用于港口基础设施检查的潜力
由于他们参与了几个发展领域(经济、工业、旅游等),港口基础设施的维护和控制是最重要的。目前,码头检查是由潜水员使用水下摄像机进行的。除了耗时外,这种方法还存在一些缺点:成本高,潜水员不安全,并且由于在浑浊的水中缺乏能见度而缺乏精度。因此,需要新的创新方法来克服这些限制,声纳技术是码头检查的合适选择。它是一种快速、安全的检测码头各种缺陷的方法。它提供的声图像质量远高于光学图像质量。这些声学系统的能力和性能仍有待评估。这是本文拟进行的研究工作的重点。主要目的是设计和开发一种使用声学图像检测和表征码头缺陷的方法。
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