The conventional fishing industry has several difficulties: water contamination, temperature instability, nutrition, area, expense, etc. In fish farming, Biofloc technology turns traditional farming into a sophisticated infrastructure that enables the utilization of leftover food by turning it into bacterial biomass. The purpose of our study is to propose an intelligent IoT Biofloc system that improves efficiency and production. This article introduced a system that gathers data from sensors, store data in the cloud, analyses it using a machine learning model such as a Decision regression tree model to predict the water condition, and provides real-time monitoring through an android app. The proposed system has achieved a satisfactory accuracy of 79% during the experiment.
翻译:传统渔业存在若干困难:水污染、温度不稳定、营养、地区、开支等。在养鱼方面,生物氟化物技术将传统耕作技术转化为一个复杂的基础设施,通过将剩余食物转化为细菌生物量,使剩余食物能够利用。我们的研究目的是提出一个能提高效率和产量的智能IoT生物氟化物系统。这一条引入了一个系统,从传感器收集数据,在云中储存数据,利用诸如决定回归树模型等机器学习模型分析数据,以预测水状况,并通过一个机器人应用程序提供实时监测。在试验期间,拟议的系统达到了令人满意的79%的精确度。