Novel mobile aquaculture monitoring system

Abstract

The invention discloses a novel mobile aquaculture monitoring system, and belongs to the technical field of aquaculture monitoring. The system includes a physical link perception layer, a network datatransmission layer, and a data analysis, processing and application layer. The physical link perception layer is used for cruising in a water area and collecting and transmitting water area monitoring data to the network data transmission layer; the network data transmission layer is used for conducting data segmentation and transmission toward an upper computer and storage in corresponding datatables. The data analysis, processing and application layer is used for data display, control command sending, and monitoring result and terminal transfer. The device can continuously monitor the water condition at any point in a water area in real time, and has low cost, high operability, accurate monitoring data and high intelligence.

Description

technical field [0001] The invention belongs to the technical field of breeding monitoring, and in particular relates to a new mobile breeding monitoring system. Background technique [0002] "Fish farming first raises water", the aquaculture water body is the living environment for the survival of aquaculture fish, which is directly related to the growth and development of fish, and also determines the efficiency of aquaculture production and product safety. In recent years, with the expansion of the scale of aquaculture and the continuous improvement of the degree of intensification, the density of aquaculture has continued to increase, the environment of the aquaculture waters has continued to deteriorate, and the incidence of diseases has increased, causing quality and safety issues for aquatic products. Therefore, it is of great significance to build an efficient aquaculture water quality monitoring system to grasp the growth and living environment of farmed fish in a t...

AI Technical Summary

Problems solved by technology

In the first case, the measurement results are relatively accurate, but it is time-consuming and laborious, the cycle is long and real-time continuous monitoring cannot be realized, and it is difficult to obtain enough data to establish a water quality parameter database for further analysis of water quality in aquaculture waters; the second case can be realized Real-time continuous monitoring, but the cost of establishing a base station is high, the cost of damage repair is expensive and requires specialized technicians to operate

After the base station is established, it cannot move and the monitoring area is limited

These characteristics will make it difficult for base stations to be put into use on a large scale

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