The Design of Heterogeneous Network Monitoring System Applied in Agricultural Internet of Things

• Main Authors: DENG, YOU-TENG, 鄧宥騰
• Other Authors: SHEU, YUNG-HOH
• Format: Others
• Language: zh-TW
• Published: 2019
• Online Access: http://ndltd.ncl.edu.tw/handle/73r2vq

碩士 === 國立虎尾科技大學 === 資訊工程系碩士班 === 107 === The Internet of Things (IoT) technology industry has flourished in recent years and is widely used in various industries in human life. In agricultural applications, in order to improve their industrial output value and effectively solve the problem of agricultural management manpower faults, many traditional aquaculture industries have adopted agricultural Internet of Things technology to build smart agriculture systems in recent years, and through the collection of sensing information, the most Favorable decision making and control. However, the acquisition of the sensing signals of its monitoring system is often limited by the actual field environment. Therefore, how to effectively install the monitoring system in various field environments and solve the integration between heterogeneous networks is one of the important issues that need to be solved in smart agriculture. In the monitoring systems currently deployed on the market, both wired networks and wireless network sensing are often incompatible. Therefore, in the heterogeneous network monitoring system designed in this study, the Modbus communication protocol is adopted as a common communication protocol between heterogeneous networks, so that the system can quickly integrate the sensing data of wired and wireless networks, and combined with the map. The InduSoft-SCADA monitoring system of the control interface allows users to visually obtain instant sensing information, thereby enabling system application and design of smart agriculture. After the field test of this study, it is preliminarily verified that the system can meet the needs of Taiwan's aquaculture industry, and can be actually installed in the poultry farm field, and the system can also stably retrieve the data and retrieve it into the database for storage. Establish the purpose of the heterogeneous network monitoring system applied in agricultural Internet of Things. Finally, we conduct preliminary data analysis on the relevant sensory data collected by the existing poultry house. From the sensing data such as temperature, humidity, CO2 and differential pressure, using clustering and correlation analysis, we can analyze which environmental key factors affect the daily water consumption and feed intake of birds. In the future, the heterogeneous network monitoring system built by the Institute will allow the farmers to use the best breeding and monitoring environment to increase productivity, and make smart agriculture a new milestone.