Fishery breeding online intelligent monitoring platform and cloud server based on synergistic effect of big data and Internet of Things

Abstract

The invention discloses a fishery breeding online intelligent monitoring platform and cloud server based on the synergistic effect of big data and Internet of Things, and the platform comprises a breeding region division module, an image collection module, a feature extraction module, a database, an analysis cloud platform, and a display terminal. Floating object monitoring is carried out on the lake surface of a culture area through a culture area division module, a pattern acquisition module and a feature extraction module, meanwhile, the volume of cultured fishes in the culture area is monitored, and the analysis cloud platform is combined to count a floating object type comparison and matching coefficient and the proportion of the cultured fishes of each grade; management personnel can conveniently and visually know the influence effect of the culture water area on culture of cultured fishes, the monitoring and analysis efficiency of the environment of the culture water area where the cultured fishes are located is improved, the advantages of being high in reliability and accuracy are achieved, and a beneficial growth environment is provided for the cultured fishes.

Description

technical field [0001] The invention belongs to the technical field of fishery breeding monitoring, and in particular relates to an online intelligent monitoring platform and cloud server for fishery breeding based on the synergy of big data and the Internet of Things. Background technique [0002] With the development of the economy, in the development of fishery, the traditional breeding mode has played a major role in the rapid growth of my country's aquatic product output, but with the enhancement of people's consumption level and environmental protection awareness, the eating habits and structure of the masses have changed. Great changes have taken place, and green aquatic products are increasingly favored by consumers. The traditional breeding mode has various disadvantages in the production practice, and the aquatic products produced can hardly meet the market demand. [0003] The environmental conditions of the existing aquaculture waters continue to deteriorate. As ...

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Problems solved by technology

Therefore, it is necessary to strengthen the monitoring of the aquaculture waters, but the current aquaculture method cannot monitor the fishery aquaculture environment in real time, and the aquaculture personnel need to use visual inspection, which has the problems of low monitoring level and unscientific management, and the aquaculture fish must be salvaged to understand the aquaculture status, it is impossible to clearly grasp the development of farmed fish at any time

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