Internet of Things is a networking technology where devices or machines communicate, collect information, and decide with the information collected, without the need for human intervention and manual input of any data. In this context, the IEEE-IOT project aims to establish an IOT-based Forest Fire Tracking System so that forest fires can be transmitted to fire departments as soon as possible. It is an R&D project created at very cheap costs, providing its own energy with solar energy, transferring instant data, and providing information about the location and severity of the fire. The project is aimed to participate in Teknofest and various competitions. The members applying for the project are predominantly preferred from Electrical-Electronics, Computer and Industrial Engineering. Member recruitment takes place at the beginning of the fall semester.
The Internet of Things is a networking technology where devices or machines communicate, collect information, and decide with the information collected, without the need for human intervention and manual input of any data. Thanks to the developing technologies in the following years, billions of people were connected to the internet via computers or portable mobile devices. Due to its vision, our committee has to follow the developing technology and experience closely. In this context, our team, formed by enthusiastic and ambitious people within our committee, works to make various projects in IoT infrastructure. The first project that the team is aiming to do is Forest Fire Monitoring System. In this project, the goal is to be aware of the forest fires and to prevent the extinction of hundreds of hectares of forests. The goal is to detect fire through smoke sensors in the lands that are to be protected. Depending on the size of the terrain, a certain number of Sensor Stations will be deployed. These stations will be equipped with the necessary sensors. Even if the energy needs of the stations are low, the cost of transmitting the energy to each station and making it uninterrupted will be high. Therefore, each station is designed to meet energy needs by using Solar Panels. The energy obtained through the panel will be stored in a high capacity Lithium Polymer battery and distributed to the system elements. The sensor data obtained will be sent to a central station determined using radio frequency signals after the health and efficiency data for each station are processed. The central station will send all the data obtained using the Gsm network to the desired location. In case of any disaster that may occur, the system will trigger itself and sound an alarm, it will be ensured that the fire will be intervened as soon as possible.
General manager of projects
Team member responsible for tracing all the data needed in the system and the front-end of the system.
Team member responsible for the communication between stations, transmitting the data to the internet.
Team member responsible for receiving and storing all the data needed in the system.
Team member responsible for receiving and storing all the data needed in the system.
Team member responsible for stations’ power needs and Solar Panel efficiency.
Team member responsible for smoke data processing and data transmission via GSM network.
Team member responsible for the communication between stations, transmitting the data to the internet.
Team member responsible for tracing all the data needed in the system and the front-end of the system.