Real-time inshore aquaculture environment monitoring system

Abstract

The invention discloses a real-time inshore aquaculture environment monitoring system. The system comprises a sensing layer and an application layer, the sensing layer is used for acquiring marine environment parameters in real time, the application layer is used for receiving data and performing statistical analysis and display of the data, and the sensing layer and the application layer are connected through a network transport layer which is responsible for accurately transmitting the collected data to the application layer in real time. The system integrally and structurally comprises the sensing layer, the network transport layer and the application layer, the sensing layer comprises a plurality of sensor nodes forming a WSN (wireless sensor network) network to obtain various environment parameters of a sea area, the environment parameters are timely transmitted to the application layer through the network transport layer, the application layer receives the data and performs statistical analysis and display of the data aiming at various applications, and a user checks real-time monitoring information of each node environment of the sea area through a PC (personal computer) terminal or a mobile terminal. Therefore, real-time networked quick continuous monitoring of an inshore aquaculture environment is realized, quality and yield of aquaculture products are improved, greenness and freeness of pollution of the products are guaranteed, and economic benefits are greatly increased.

Description

technical field [0001] The invention belongs to the technical field of agricultural production and relates to an offshore environment monitoring system, in particular to a real-time offshore aquaculture environment monitoring system. Background technique [0002] The environmental parameters at sea are unpredictable. If offshore farmers can accurately grasp the temperature, salinity, depth, chlorophyll, oxygen and other environmental parameters of seawater in real time, they can improve the breeding work in a targeted manner and greatly increase production. And in the event of marine disasters, measures can be taken to reduce economic losses. The offshore aquaculture environment is an important environmental condition that affects the product quality and output of the offshore aquaculture industry. [0003] However, the existing offshore environmental monitoring system has shortcomings such as poor real-time performance, small monitoring range, high cost, and poor scalabilit...

AI Technical Summary

Problems solved by technology

[0003] However, the existing offshore environmental monitoring system has shortcomings such as poor real-time performance, small monitoring range, high cost, and poor scalability. Farmers cannot accurately and real-time monitor the offshore aquaculture environment, which affects product quality and economic benefits.

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