A Wireless Sensor Monitoring Node Based for Paddy Field Environment Using IoT
Keywords:
Arduino microcontroller, IoT, GPRS, MQ2sensor, DHT11.Abstract
This work is helpful in paddy field to monitor real time information about soil moisture, humidity, temperature, ph value of water, detect gases. In existing system we have various types of sensor networks for monitoring environmental parameters, by using various types of wireless technologies like zigbee, GSM etc… These technologies suitable only for some meters only. It is not suitable for long distance monitoring. Zigbee communicates only up to 100 meters and GSM for only for sending SMS to particular number or user when user in network area. So they are not suitable to monitor from long distance wirelessly, it is limited to up to some meters only.To overcome this problem we move to IOT.In IOT we can directly connected to cloud server by using GPRS technology we can monitor the several nodes information at a time, and it is also possible to see every one or individual. By using Arduino micro controller and DHT11 sensor we can detect real time temperature,humidity of environment.By using MQ2 we can detect fertilizer and by using soil moisture sensor we can detect moisture substance in the soil and by using ph sensor measure how much acidic/bases present in the water.These five parameters were uploaded to cloud server by suing GPRS technology.When moisture content is low and ph value of water is normal turn on the AC motor to pump the water.When moisture content is high and ph value of water is acid /base turn off the AC motor.
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