Design of Intelligent Navigated Steering For Anti- Collision and Driver Alert System (INSFAD)
- Gurlinka R T N ayyappa
- D.Mmuralidar
- M.Ramesh Babu
Embedded system, eye tracking system, vehicle to infrastructure (V2I) communication, GSM, GPS, IR sensor and wheel grip sensor.
The main motto of automotive industries is to increase vehicle safety and design more precise active safety system to alert the occupants under pre-collision. In this paper, the designed system can analyze the drowsiness and unconsciousness of the driver by using active sensors data. The active sensors (wheel grip sensor, IR sensor) sense the wheel grip under drowsiness and infra red (IR) sensor senses the position and sitting condition of the driver. The sensors data is analyzed by the embedded system (micro-controller) algorithm which gives the condition of consciousness of the driver. GPS and GSM are interfaced with micro controller in this project to track the exact vehicle location and V2I (vehicle to infrastructure) communication gives passive safety for post collision. This implementation gives better outcome when compare to conventional drowsiness detection system like eye tracking system, lane detection with image processing.
Gurlinka R T N ayyappa, D.Mmuralidar, M.Ramesh Babu. "Design of Intelligent Navigated Steering For Anti- Collision and Driver Alert System (INSFAD)".INTERNATIONAL JOURNAL OF ENGINEERING DEVELOPMENT AND RESEARCH ISSN:2321-9939, Vol.2, Issue 4, pp.3494-3501, URL :https://rjwave.org/ijedr/papers/IJEDR1404019.pdf
Volume 2 Issue 4
Pages. 3494-3501
