การระบุลักษณะทางกายภาพของยานพาหนะโดยใช้โครงข่ายประสาทเทียมแบบสังวัตนาการ

Abstract

Traffic rule violations by drivers are a significant global concern, particularly in urban areas, as they contribute to increasing traffic accidents. This study proposed a novel approach to identifying vehicles involved in such violations by building vehicle detection model using image processing and machine learning techniques. The research focused on three key vehicle characteristics: type, colour, and brand. The study employed a transfer learning mechanism as the machine learning method to generate the prediction models. The results revealed that the YOLO V8 achieved the highest accuracy in predicting vehicle type and colour, with an accuracy of 83 % and 79 %, respectively. Comparatively, YOLO V7, YOLO V6, YOLO V5, YOLO V4, and YOLO V3 achieved lower accuracies. In terms of predicting vehicle brand, the YOLO V8 achieved an accuracy of 78 %, surpassing the accuracies of the YOLO V7, YOLO V6, YOLO V5, YOLO V4 and YOLO V3. These findings demonstrated the potential of image processing and machine learning techniques in accurately identifying vehicles involved in traffic violations and highlighted the opportunity to develop effective strategies to reduce the number of traffic accidents caused by rule violations.This research has significant implications for enhancing road safety and promoting advanced technologies to address real-world problems.