International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395 -0056 Volume: 03 Issue: 05 | May-2016 www.irjet.net p-ISSN: 2395-0072 © 2016, IRJET | Impact Factor value: 4.45 | ISO 9001:2008 Certified Journal | Page 3053 INTERNET OF THINGS FOR GREEN HOUSE GAS DETECTION SYSTEM Kiran Patil V 1 , Kiran B.N 2 , Rampur Srinath 3 1 PG student, The National Institute of Engineering College, Mysuru, India 2 Assistant Professor, Dept. Of ISE, The National Institute of Engineering College, Mysuru, India 3 Associate Professor, Dept. Of ISE, The National Institute of Engineering College, Mysuru, India ---------------------------------------------------------------------***--------------------------------------------------------------------- Abstract - In the recent year’s rapid development has been done in many fields, such as BIG data, Cloud computing, IOT and in the field of Electronics helps the Engineers to develop wireless sensor network with low power consumption for shorter distances and even to store the large sensor data. IOT (internet of things) helps people to represent the sensor data with internet having specific IP address feeding that data to the open source cloud, there are many open source cloud available in market now a day’s enables real time analysis of sensor data. Wireless sensor network (WSN) consists of spatially arranged sensor nodes which posse’s minimum capability of computation, processing and wireless transmission. These sensor nodes sense the real time data of environment which we live in and transmit the sensed data to the base station or Receiver node. This proposed paper mainly aims at transmitting the collected sensor data to the receiver node wirelessly (point to point communication), parallely sends the data to the ThingSpeak IOT cloud f or graphical representation on the other side receiver node receive the data from transmitter node and finally sends the sms to the required user. The overall system consists of two main part i.e. transmitter node and receiver node. Xbee is used for wireless communication with the base station, Ethernet shield to feed the data into the IOT cloud i.e. ThingSpeak. GPS (global positioning system) is added in to the transmitter sensor node in order to locate the location of transmitter node.GSM (global system for mobile communication) shield to send the received data to authorized person Key Words wireless sensor network, GSM, GPS, Ethernet shield, XBEE wireless communication and ThingSpeak. 1. INTRODUCTION Now a day the environmental parameters rapidly changed, it becomes the root causes for floods, global warming and melting of glycerines so there is a need to develop suitable method for monitoring and control for the environment with better performance. One such majorly contributing for environmental parameters change is green house gas effect, it can be understood in this way Dzthe solar radiation emitted from the sun it is absorbed by earth & some radiations are reflected back from earth, these radiation are trapped by Green house gasses and keep the atmosphere warm, the major reason for the generation of green house gasses is burning of fuels, improper agricultural activity etc. Some of the green houses gasses are as follows carbon dioxide, carbon monoxide, methane and nitrous oxide. IOT is a network of physical object it may vehicles, plants, industries embedded with electronic sensor which helps to exchange the data and more on it integrate physical object with existing network infrastructure so controlling can be done in any part of the world [8]. The current IP version used is IPV4 (internet protocol) can handle around 4billions of address but the next generation completely wants connect everything on internet push to the usage of IPv6 so it can handle large data. With transport protocol MQTT etc. Figure 1.1: Simple representation of IOT [8] Advancement in the electronics field leads to the development of low power and highly efficient sensor nodes used to measures the environmental changes [2-4]. Any wireless sensor nodes consists of microcontroller unit, sensors and wireless communication unit, the sensor data can be send to the based station in particular time interval or event driven[3]. There are various literatures have been studied to know the different application for environmental monitoring, for example the WSN were used to monitor the forest temperature and rainfall [5]. In [1] wsn were designed to measure the green house gasses by developing their own