Traffic Sign Detection System: Indian Challenging Scenario

Indian intelligent transportation has immense assurance for traffic sign detection, which is a crucial aspect of environment-aware technology. The efficiency of traffic sign detection is crucial and heavily depends on various weather conditions and the challenge of detecting tiny traffic signs. In this paper, a multi-focal YOLOv8n attention model enhances the process of detection more effective in identifying the target traffic sign in various weather conditions, occlusion and far distance sign. In feature extraction stage modified attention model to enhance the spatial and semantic content. Then a probability model was introduced to estimate the partial occluded and tiny sign feature enhancement. Finally, Indian traffic sign in varied environmental conditions samples are trained with multi-focal YOLOv8n attention model. The experimentation result shows the accuracy of proposed model 94.2% precision 93.5%, recall 93.8% and mAP50 is 92.4% which improves the detection process more reliable and effective in Indian challenging scenarios.

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Publication Details

Published
2024-09-27
DOI
https://doi.org/10.1109/icvtts62812.2024.10763914
Citations
1
Primary Topic
Vehicle License Plate Recognition
Type
article
Field-Weighted Citation Impact
0.32
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article

Traffic Sign Detection System: Indian Challenging Scenario

R Suresha, M. Parvathi, N Manohar
1 citations
Vehicle License Plate Recognition
0.32
article

Traffic Sign Detection System: Indian Challenging Scenario

R Suresha, M. Parvathi, N Manohar
article en
1 citations

Abstract

Indian intelligent transportation has immense assurance for traffic sign detection, which is a crucial aspect of environment-aware technology. The efficiency of traffic sign detection is crucial and heavily depends on various weather conditions and the challenge of detecting tiny traffic signs. In this paper, a multi-focal YOLOv8n attention model enhances the process of detection more effective in identifying the target traffic sign in various weather conditions, occlusion and far distance sign. In feature extraction stage modified attention model to enhance the spatial and semantic content. Then a probability model was introduced to estimate the partial occluded and tiny sign feature enhancement. Finally, Indian traffic sign in varied environmental conditions samples are trained with multi-focal YOLOv8n attention model. The experimentation result shows the accuracy of proposed model 94.2% precision 93.5%, recall 93.8% and mAP50 is 92.4% which improves the detection process more reliable and effective in Indian challenging scenarios.

Amrita Vishwa Vidyapeetham (IN)
Openalex Percentile: Top 33%
Vehicle License Plate Recognition
0.32
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