A Study on Wireless Sensor Network Layout Strategy in the Stable Temperature and Humidity Region

Abstract

It is helpful to obtain accurate and effective energy information for energy monitoring and controlling by laying out the wireless sensor network (WSN) in a stable energy region. Usually, the temperature and humidity information represents the environmental energy. That is, the stable region of temperature and humidity is the stable energy region. Therefore, this study proposes a WSN layout strategy in a stable temperature and humidity region. Firstly, the temperature and humidity model is built, and then the stable temperature and humidity region are obtained by cluster analysis and mathematical statistics. Finally, the WSN system is designed. WSN nodes are designed and manufactured, and these nodes form the WSN in the stable temperature and humidity region. For example, take the tobacco industry; a data processing system is designed to analyze and manage the temperature and humidity data based on the WSN layout strategy. WSN layout strategy provides a theoretical basis for WSN layout, contributes to data analysis, management, and optimization, and also helps to improve the control system capability and reduce production energy consumption.