DESIGN REAL TIME AGRICULTURAL MONITORING SYSTEM BASED ON IOT PLATFORM

Abstract

Today, with the boom and growth of the Internet as well as of personal mobile devices such as laptops, smartphones, tablets, ..., the need to connect between these devices (or IoT communication ) are also increasingly demanding on speed. IoT communication is one of the cutting-edge technologies that meet the demand for connectivity, thanks to its ability to operate independent of fixed network infrastructure, with low operating costs, fast deployment, and portability. high cave. However, at present, IoT communication has not been widely applied and is being promoted for research to further improve communication protocols on the application layer to achieve better performance.
This paper presents the results of research on real-time agricultural monitoring system based on IoTs technology. Specifically, using the LM393 humidity sensor, DS18B20 temperature sensor and light sensor to monitor 3 parameters of humidity, light and temperature for tea nursery model in Thai Nguyen. From the sensor values posted on the Internet that the monitor will make decisions to control equipment such as water pumps to irrigate tea plants.