| dc.description.abstract | The presented research paper introduces an
innovative accident alert system utilizing GPS technology,
mainly integrated with 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, 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
deacceleration 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 nighttime 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 functionality 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 technologies, this
system serves as a crucial step toward mitigating the
devastating impact of accidents and ensuring prompt
assistance. | en_US |
