Motorcycle riders'safety risks greatly increase when they ride without helmet. Despite the increasing number of accidents and fatalities, there is a worrying lack of understanding and practice about the usage of helmet by two-wheeler riders. To recognize helmet in real time for all weather and daylight conditions is a major task. The study suggests real-time helmet violation detecting system. We used a Generative Artificial Intelligence model with an object detection model,i.e.,YOLOv11.Stablediffusionmodel used as a Generative AI model to generate the data for all weather conditionsandYOLOv11is the YOLO(You Only Look Once) series model, which is identify the helmet. Our system produces the mAP.05 score of 0.955, mAP.05–0.95 score of 0.866 in validation and mAP.05 score of 0.822, mAP .05–0.95 score of 0.757 in testing, which is the best result in comparison with other YOLO series models.

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Real-Time Helmet Detection Using Synthetic Dataset and Yolov11

  • Kapil Kumar Pandey,
  • S. K. Singh,
  • J. N. Singh

摘要

Motorcycle riders'safety risks greatly increase when they ride without helmet. Despite the increasing number of accidents and fatalities, there is a worrying lack of understanding and practice about the usage of helmet by two-wheeler riders. To recognize helmet in real time for all weather and daylight conditions is a major task. The study suggests real-time helmet violation detecting system. We used a Generative Artificial Intelligence model with an object detection model,i.e.,YOLOv11.Stablediffusionmodel used as a Generative AI model to generate the data for all weather conditionsandYOLOv11is the YOLO(You Only Look Once) series model, which is identify the helmet. Our system produces the mAP.05 score of 0.955, mAP.05–0.95 score of 0.866 in validation and mAP.05 score of 0.822, mAP .05–0.95 score of 0.757 in testing, which is the best result in comparison with other YOLO series models.