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Smart city article details

Title Smart Transportation Revolution: Adaptive Monitoring With Squeeze And Excitation Networks
ID_Doc 51616
Authors Naveen A.P.; Monisha M.C.; Shanmugapriyan T.; Geetha B.G.
Year 2025
Published International Conference on Advanced Computing Technologies, ICoACT 2025
DOI http://dx.doi.org/10.1109/ICoACT63339.2025.11005183
Abstract In the rapidly advancing field of smart cities, effective traffic management is essential for improving safety, alleviating congestion, and minimizing environmental damage. This paper rigorously examines the function of deep learning in adaptive traffic monitoring and presents an innovative method utilizing Squeeze and Excitation Networks (SENets). SENets enhance traffic monitoring systems by dynamically recalibrating feature maps, allowing for the prioritization of important features and hence boosting detection accuracy in intricate urban settings. The suggested system combines real-time data from IoT sensors, security cameras, and vehicular networks, offering a comprehensive framework for traffic monitoring and accident prevention. Experimental findings indicate that the SENets-based model attains a 94.5% accuracy in identifying traffic abnormalities and enhances signal control optimization by 30% relative to traditional methods. These findings highlight the capacity of SENets to transform urban traffic management, providing a scalable and economical solution for intelligent transportation systems. © 2025 IEEE.
Author Keywords Adaptive Monitoring; IoT Sensors; Smart Transportation; Squeeze and Excitation Networks; Traffic Anomaly Detection


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