一种用于人工礁调查的多向水下闭路电视摄像系统的性能特点

Dae-jae Lee
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引用次数: 6

摘要

水下闭路电视摄像机系统越来越多地取代了传统的网法来评估分布在近岸渔场人工鱼礁周围的海洋动物的种类、数量和聚集模式,特别是与目标鱼类的行为和分布模式的生物学调查有关。针对这些需求,我们开发了一套多方向水下闭路电视摄像系统,用于探测和跟踪人工礁地的海洋动物。在CCTV系统的水平面与垂直平面的倾角之间分别安装4个摄像头模块,每个摄像头模块的视频帧不重叠,采用一个摄像头模块朝下,独立跟踪待测海洋目标的方法。从几次海上现场试验的结果来看,我们认为所开发的多方向水下闭路电视摄像机系统将有助于更好地了解近海渔场安装人工鱼礁的效果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Performance characteristics of a multi-directional underwater CCTV camera system to use in the artificial reef survey
Underwater CCTV camera systems are increasingly replaced the traditional net approach of assessing the species, numbers and aggregation patterns of marine animals distributing around the artificial reefs installed in the inshore fishing grounds, in particular, in relation to the biological investigation of behavior and distribution patterns of target fishes. In relation to these needs, we developed a multi-directional underwater CCTV camera system to use in detecting and tracking marine animals in the artificial reef ground. The marine targets to be investigated were independently tracked by using a camera module toward the bottom and four camera modules installed in the interval of in horizontal plane and inclination of in vertical plane of the CCTV system without the overlap of video frames by each camera module. From the results of several field tests at sea, we believe that the developed multi-directional underwater CCTV camera system will contribute to a better understanding in evaluating the effect of artificial reefs installed in the inshore fishing grounds.
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