Sep 2026· International Journal for Research in Applied Science and Engineering Technology· Vol 14, pp. 1154-1159· 0 citations
TL;DR
In the proposed vehicle crash location framework, the impact identification is performed utilizing the Convolutional Neural Network, and the framework distinguishes the crash, the effect of the vehicle and the greatness of the mishap.
Abstract
Over 80% of mishaps are caused by a lack of identifying the accident on time, as well as failure to arrive in time to
provide emergency care for the victim. The point is to distinguish and utilize machine learning to decide the best means of
detecting car crash with light of the live transfer of dash cam data in the vehicle. The thought is to take every pixel and run it
with a deep learning model prepared to recognize video outlines into mishap or non-mishap. Essentially, in Artificial
Intelligence (AI), informational indexes are collected. Gathered information bases will be refined and given to AI calculations to
prepare for image recognition with the help of computer vision. After fruitful preparation, AI calculations will be tried and the
outcomes will be recorded for examination purposes. In the proposed vehicle crash location framework, the impact identification
is performed utilizing the Convolutional Neural Network (CNN), taking a bunch of pictures as information, the framework
distinguishes the crash, the effect of the vehicle and the greatness of the mishap. Based on the performance of machine learning
algorithms, comparative analysis is performed and the results will be tabulated. Two machine learning algorithms are
considered i.e. Random Forest Classifier and Logistic Regression which enables the output regarding the generated index from
the CNN and running through the indices with location impact and severity of the damage.
An AI-powered real-time Vehicle Accident Detection system developed using Python, OpenCV, and Deep Learning techniques that improves accident detection accuracy compared to traditional methods and reduces dependency on manual monitoring.
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