Aquaculture environment real-time online monitoring method based on Internet of Things and artificial intelligence and big data cloud platform

Abstract

According to the aquaculture environment real-time online monitoring method based on the Internet of Things and artificial intelligence and the big data cloud platform, the water surface image processing module and the regional environment monitoring module are combined with the processing server to monitor and analyze the aquaculture water surface environment; the problem that an aquaculture environment monitoring result has one-sidedness is solved, and damage to water quality due to the fact that floating objects exist on the water surface for a long time is effectively avoided. Meanwhile, by carefully analyzing the reflection image in the written image and the fog concentration in the environment of each sub-region, the reflection coefficient of each reflection sub-region in each reflection time period and the visual coefficient of each sub-region in each acquisition time period are counted; according to the reflection coefficient and the visual coefficient, the cameras needing to be adjusted in all the sub-regions are correspondingly and automatically adjusted, the monitoring efficiency of aquaculture environment monitoring is greatly improved, and meanwhile the authenticity and reference of a monitoring result are effectively guaranteed.

Description

technical field [0001] The invention belongs to the technical field of aquaculture environment monitoring, and relates to a real-time online monitoring method of aquaculture environment and a big data cloud platform based on the Internet of Things and artificial intelligence. Background technique [0002] With the rapid development of the economy and the improvement of people's living standards, the scale of the aquaculture industry is also increasing. The aquaculture industry has a very important impact on the economic development of coastal areas, so the monitoring of the aquaculture environment is also very important. [0003] In the existing aquaculture environment monitoring technology, they all focus on the detection of internal environmental factors such as water pH, water temperature, dissolved oxygen, etc., thus ignoring the influence of external environmental factors of the aquaculture environment on aquaculture. Therefore, the existing The current aquaculture envi...

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Problems solved by technology

[0003] In the existing aquaculture environment monitoring technology, they all focus on the detection of internal environmental factors such as water pH, water temperature, dissolved oxygen, etc., thus ignoring the influence of external environmental factors of the aquaculture environment on aquaculture. Therefore, the existing The current aquaculture environment monitoring technology is one-sided in the detection results of the aquaculture environment, which cannot guarantee the authenticity and reference of the aquaculture environment monitoring, and thus cannot effectively improve the monitoring efficiency of the aquaculture environment.

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