| dc.description.abstract | This research paper introduces an innovative accident alert system utilizing Global Po sitioning System (GPS) technology, mainly integrated with Global System for Mobile
Communication (GSM), Arduino and accelerometer components. The primary objective
of this system is to mitigate fatalities resulting from unforeseen accidents in public areas.
By promptly notifying emergency services, hospitals and the police, and including the
precise accident location, the system aims to address the critical issue of delayed response
and limited awareness. The system operates by triggering an alert whenever sudden
de-acceleration of the vehicle indicative of an accident occurs. In less severe accidents,
the system retains the capability to continuously transmit the location. This feature is
particularly crucial in rural areas during night time when accidents often go unnoticed,
leading to unfortunate fatalities. It is disheartening to acknowledge instances where
individuals succumb to injuries or experience severe consequences hours after the accident
due to the absence of immediate awareness. To further enhance the system’s capabilities,
future improvements can be implemented, such as incorporating shock sensors, fire alarm
systems, and smoke-detecting sensors. These additions would extend the system’s func tionality beyond deacceleration detection, facilitating a more comprehensive approach
to accident detection and emergency response. The research paper delves into the
development, implementation and potential advancements of this accident alert system.
The findings of this study offer insights into the effectiveness and significance of deploying
such systems to minimize fatalities, enhance emergency response, and raise awareness
regarding accidents, especially in rural and remote areas. By leveraging advanced tech nologies, this system serves as a crucial step toward mitigating the devastating impact of
accidents and ensuring prompt assistance. | en_US |
