Marine pasture monitoring system based on edge computing

Abstract

With the continuous optimization and upgrading of Marine development, it is particularly important to build Marine pastures that play a pivotal role in the Marine economy. This study discusses the problems and key technologies faced by the construction of Marine pastures. It uses the underwater Internet of Things technology to propose a smart ocean pasture solution based on edge computing and designs a three-level and six-layer system architecture from top to bottom. Taking the target object of the perception layer, fish, for example, is processed and analyzed from the environmental elements and biological characteristics. The watercolor, species, and quantity are monitored. This realizes the purpose of systematic monitoring and early warning of Marine pasture and provides a technical reference for realizing intelligent ocean engineering with high performance and low power consumption.