Accident Detection and Alert System Application (Jeevarakshak)

Pradeep N. Fale, Pratiksha Ramteke, Shlesha D. Gajbhiye, Chaitnya M. Sonule, Tanushri R. Wadibhasme, Gaurav P. Medbalmi and Atharva K. Bhasme

International Journal of Scientific Research in Science and Technology, 2024, vol. 11, issue 3, 340-346

Abstract: The developing openness of vehicles has prompted a critical expansion in the quantity of vehicles out and about around the world. While mechanical headways and foundation upgrades have without a doubt improved our day to day routines, they have likewise added to an ascent in rush hour gridlock related perils and street mishaps. These mishaps bring about significant death toll and property, frequently because of insufficient crisis reaction frameworks. Mishaps make huge pain casualties, prompting the deficiency of valuable time and assets. Broad examination has exhibited that deferred correspondence with crisis clinical benefits and the ensuing absence of prompt clinical consideration are essential supporters of mishap fatalities. This examination means to foster a mishap discovery framework using an accelerometer and a vibration sensor to distinguish serious mishaps during and after their event. The accelerometer will go about as a rollover or crash identifier, while the vibration sensor will screen vibration rates inside vehicles. By dissecting information from the two sensors, the framework will identify serious mishaps and trigger an alarm message containing scope and longitude information from the GPS module. This alarm message will be sent through the GSM module to the police control room, salvage groups, or vehicle proprietors, empowering quick activity after getting the crisis notice. This framework is especially gainful in far off regions where mishaps happen without observers to report them. By immediately alarming crisis benefits, the framework can altogether diminish reaction times, possibly saving lives. The examination will include an intensive survey of important writing on accident identification frameworks and their functional applications to guarantee the improvement of a hearty and dependable framework.

Keywords: Accelerometer Sensor; Arduino Uno; Vibration Sensor; GSM Module; LCD; Buzzer (search for similar items in EconPapers)
Date: 2024
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