Measuring Environmental Parameters and Irrigation for Rose Crops using Cost Effective WSNs Model

In this paper, a cost effective sensing system is designed for measuring the environmental parameter of rose plat with the help of different sensors. The main objective of this work is to develop a model for precision agriculture. The proposed system is installed into a greenhouse and the task of this system is to collect data regarding temperature, humidity, soil moisture, intruders. The data transmission of the field is transmitted by using Wi-Fi communication technology. Further, a cloud layer is considered to store the collected data and collected data can access by user remotely and can also examine the growth of plant. The proposed system is implemented using Arduino board, different sensors like DHT11, PIR, Soil moisture, ESP8266, Water pump and Wi-Fi module. The proposed system is deployed in a rose field near to Kandaghat, Himachal Pradesh, India for observing different environmental parameters and irrigation needs of rose plants. It is observed that the proposed system effectively measures the various parameters for rose plants.