Accident Prevention System Using Multisensors

Roshni Singh; Sunetra Halankar; Pooja Nalawade; Tejaswini Sonawane

Abstract

In developing countries, one of the main The reason for death is road accidents. Especially in a diverse country like India we can see all types of terrains and slopes which are sometimes difficult to drive on [1]. For humans while driving the primary concern is always safety Therefore, we should be always extra cautious whenever we are driving. But accidents are not only caused by not only by external factors but also due to internal factors such as sudden fire, driver drowsiness, drunk driving etc. Generally, whenever a driver has to drive for long hours on long stretches, they often feel fatigued while driving. Due to this fatigue, drivers usually feel drowsiness and also they might not be aware of the environment they might just be entering [5]. All this conditions, cause drive drowsiness and can result into a very severe and fatal road accident. The rate of hit and run cases is also growing rapidly. Drunk and driving cause the most hit and run cases. Hence, it is very crucial need that we create such a device which prevents this, so that a lot of lives can be saved every day.The main motive of this project is to create such a system which is fast, reliable, secure and will be able to identify all these internal factors in time and take respective action or precaution towards it. The project aims to not only prevent accidents but also avoid them in the first place before they occur due to factors which can be easily tackled if taken considerate measures and can save someone’s life. So the project aims to address all this safety concerns and provide an affordable solution for the same. This framework will be mounted before the driver's seat inside the vehicle which will continuously focus on the individual driving the vehicle therefore monitoring the person's action.

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