SMART HELMET

COMPUTER SCIENCE AND ENGINEERING

Normally in our day to life we have many questions running in our mind, still we drive on those situations. People who drive motorcycles know that they are in danger but the importance of safety is not something to be ignored there. In 2016, Texas motorcycle crashes killed 463 motorcyclists, half of which were not wearing a helmet. A helmet not only protects your brain and your head but also protects your face. This smart helmet has the special idea which makes motorcycle driving safer than before. This is implemented using Router fixed in smart cities. This has the connection established between router and helmet. The working of this smart helmet uses sensors which are placed in different parts of the helmet. When the person who met with an accident, the helmet hit the ground and the sensors sensed the information and gave it to the microcontroller board. Then the controller sends the data using the Router that is interfaced to it. When the data exceeds the minimum stress limit, Router automatically sends a message to the nearest medical center that is already programmed where to be sent. Later on, for every 10 seconds of 15 minutes the direction, distance and tilt value of the helmet is monitored. By applying the binning and clustering methods, we can easily identify whether that person met an accident accurately and also minimize road accidents. In this Project we design a smart helmet with an emergency alert using machine learning.

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