A method, system and storage medium for monitoring attachment detection on a floating platform

Abstract

The present invention provides a method for monitoring the detection of attachments on a floating platform, the method comprising the following steps: Step 1: Collect pictures of the floating platform through the camera and transmit them to the computer unit of the floating platform; Step 2: Use the intelligence of the image The analysis algorithm detects the attachments on the buoy; intelligently analyzes the images transmitted to the calculation unit of the buoy to detect whether there are attachments on the surface of the buoy. The beneficial effects of the present invention are: 1. The cost of the camera used is very low, and the cost of the unmanned monitoring floating platform will not be significantly increased; 2. The energy consumption of the camera is very low, and it only needs to take an image every certain time, Therefore, it is very energy-saving; 3. Use three cameras at the same time to shoot the underwater part of the unmanned floating platform, so there is no dead angle, and every area can be monitored; 4. The image is automatically processed in the intelligent unit of the floating platform , Perceive the growth of attachments, so there is no need for image analysis in the background, and the amount of information transmission is small.

Description

technical field [0001] The invention relates to marine informatization, computer vision and artificial intelligence, and in particular to a method, system and storage medium for monitoring and detecting attachments on floating platforms. Background technique [0002] Oceans occupy most of the Earth's surface area. Human activities cannot be separated from the ocean. In recent years, with the country's increasing emphasis on marine rights and interests, marine informatization has become more and more important. By building a marine information system, various industries such as fishery, coast guard, national defense, ocean navigation, meteorology, ecological environment monitoring, environmental protection, seawater planting, etc. can benefit greatly. [0003] The use of small unmanned floating platforms to detect and monitor information on the sea surface and in seawater, and to collect relevant information is a new monitoring method that has emerged in recent years. Comp...

AI Technical Summary

Problems solved by technology

[0006] 3) Long use time

[0013] 1) corrode the surface of the floating platform, affecting its life

[0014] 2) It is likely to block the key parts of some sensors, which will affect the accuracy of data collection

[0015] 3) The disturbed data enters the background information system, causing deviations in the user's decision-making and causing serious accidents

[0016] 4) Increase the weight of the floating platform and affect its working state

[0017] 5) It is possible to carry the organisms in the current sea area to other sea areas, causing problems such as biological invasion

[0018] 6) It is impossible to know the degree of data interference, resulting in whether the data of the current floating platform is discarded or processed to a certain extent, and it is impossible to judge

[0019] 7) It is impossible to detect which floating platform has a problem, resulting in the data of all floating platforms becoming unreliable and causing the entire system to be paralyzed

[0022] When the surface attachment grows to a certain extent, it may affect the working efficiency of the floating platform, and even cause the deviation of the results

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