Multi-modal marine environment data fusion acquisition system and method

Abstract

The invention relates to a multi-modal marine environment data fusion acquisition system and method. The multi-modal marine environment data fusion acquisition system comprises a plurality of marine environment data acquisition stations, an unmanned ship and a data statistics server, wherein the marine environment data acquisition stations are distributed at marine data acquisition points, and thedata statistics server stores acquisition positions of the marine data acquisition points and ID numbers of the corresponding marine environment acquisition stations; the marine environment acquisition station comprises a camera, a voice input device, a text input device, a display screen, an acquisition station controller and a first data storage device; the camera is arranged on a rotating support, and the rotating support drives the camera to continuously rotate according to a preset rotating speed, and the camera collects video data, and the voice input device is used for collecting voicedata of a user; and the text input device is used for collecting text data of the user. The invention provides a multi-modal data acquisition form, capable of improving the data acquisition efficiency, and being richer in the acquired data types.

Description

technical field [0001] The invention relates to the technical field of marine monitoring, in particular to a multi-modal marine environment data fusion acquisition system and method. Background technique [0002] Marine water quality monitoring can realize the monitoring of marine water quality environment, which is of great significance for early detection of marine pollution and timely treatment and protection. The existing marine environmental monitoring methods mainly include on-site manual sampling, special monitoring ships or buoy in-situ monitoring methods. These methods have the disadvantages of consuming a lot of labor, low monitoring efficiency and high cost. Water quality environmental monitoring system has important research value for environmental protection and large-scale water quality monitoring. [0003] The ocean water quality monitoring in the prior art generally uses staff to measure manually, and then manually input. The detection method is very single,...

AI Technical Summary

Problems solved by technology

The existing marine environmental monitoring methods mainly include on-site manual sampling, special monitoring ships or buoy in-situ monitoring methods. These methods have the disadvantages of consuming a lot of labor, low monitoring efficiency and high cost. The water quality environmental monitoring system has important research value for environmental protection and large-scale water quality monitoring

[0003] The ocean water quality monitoring in the prior art generally uses manual measurement by the staff, and then manual input, the detection method is very single, and it is impossible to collect more required information

Moreover, during the monitoring process, there is a great dependence on the user, and the user needs to spend a lot of time on data entry, and the efficiency of data collection is very low

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