Implementation of Agricultural Monitoring System Based On The Internet of Things
Hsiao-Tzu Hsu, Tzu-Ming Wang, Yuan-Cheng Kuo · 2018
For Taiwan, in order to improve the productivity and quality of agriculture, it is necessary to become automatic management. This paper uses a humidity sensor, a temperature sensor, a carbon dioxide sensor and a Wi-Fi module to design a wireless agricultural monitoring system based on the architecture of the Internet of things. And can also control the equipment between the fields at the far end. In this paper, we use ESP8266 to design the Wi-Fi module and set up a wireless sensor (control) system, and use TCP / UDP to establish remote control and sensor data collection functions. The data will be transmitted to a packet analysis set up by the Raspberry Pi, and the data will be stored in the database developed by Microsoft (MSSQL), and finally the user interface is built using the web page developed by ASP.NET. Users can instantly monitor the condition of farmland by platform. For example, soil temperature, humidity, or sunshine intensity. It can also directly control remote farm equipment directly, such as watering or opening the sun visor. The wireless monitoring system can effectively improve the efficiency of management.