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Design and implementation of pollution monitoring system in waterway area based on bionic robotic fish

Jianan Luo, Zhaoyan Qian, Li-Jiang Gui, Mingrui Zhang, Xiongfei Geng

Year
2022
Citations
2

Abstract

Tourist waterway have high requirements for water quality. Aiming at the large AUV equipment can not meet the needs of lake reservoir area, a portable small underwater robotic fish system is developed. The system consists of underwater robotic fish and shore remote monitoring and data analysis system. The underwater robotic fish has the ability of long time endurance, automatic navigation, pollutant detection and source determination, video acquisition and automatic defogging; The onshore remote monitoring and data analysis system can monitor the underwater operation of robotic fish in real time and carry out three-dimensional visual analysis of the collected data. The system has been tested and applied in Cao’e River, China, which realizes the automatic detection of water quality and provides an effective means for pollution control.

Keywords

Fish <Actinopterygii>PollutionComputer scienceEnvironmental scienceMarine engineeringEngineeringFisheryEcology

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