Abstract
This system is intended to monitor the extinct plants. Generally, these kinds of system will be deployed in the garden of our home, but we made them suitable for the greenhouse in monitoring the individual plant. This system has light, temperature, humidity and moisture sensors are available, our work to monitor the plant will be much easier. This entire thing will be ease by the concept of Cloud and IoT. We need a microcontroller that connects the cloud via the internet. Due to this purpose, we discovered the Bolt IoT module integrated with its cloud. Since this module is having only a single analog pin to read the data, we interfaced with the Arduino UNO with the Bolt by UART protocol. By connecting the required sensors with the analog pins of the Arduino board, we collected the data and pushed them to the cloud to represent the required data in a graphical form.
Highlights
We used the various sensors for this system such as Light Intensity sensor, Temperature sensor, Humidity Sensor, Moisture Sensor for readings
Vice versa we connected the Rx pin of the Uno board to the Tx pin of the Bolt module
We introduced the alert system to intimate users when it reaches a certain threshold for a particular aspect
Summary
We used the various sensors for this system such as Light Intensity sensor, Temperature sensor, Humidity Sensor, Moisture Sensor for readings. Bolt is an IoT support module that is powered by ESP8266 It supports 2.4 GHz Wi-Fi band and Arduino Uno is powered by the ATmega328P processor. We chosen these boards since both of them have the feature for the serial data communication. This made possible by implementing the UART(Universal Asynchronous Receiver/Transmitter) mechanism. The interfacing between both of the boards was done by using the hardware serial interfacing technique. Computer Science and Engineering, K.Ramakrishnan College of Engineering, Trichy, Tamil Nadu, India
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