Key result
YOLOv2 object detection traffic light controllers reduce wait times by ~33%.
Why the study?
Traffic congestion remains an omnipresent problem in cities despite existing traffic lights and cameras, creating a need for systems that reduce wait times and prevent traffic jams.
Effect estimate: 33% savings
An automated traffic light controller using YOLOv2 object detection can reduce wait times by approximately 33%.
May shorten urban delays; leaves open real-world validation, safety, and scalability.
The omnipresent problem of traffic congestion in cities, even those well equipped with traffic lights and cameras, causes daily trouble to one person or another. In this research paper, we have created a better traffic management system using a object detection-based and time series analyzer-based traffic light controller that can automatically adjust to the volume of vehicles at the traffic signal in order to reduce congestion. Hence, a system to reduce wait times and prevent traffic jams is required. The proposed methodology predicts the expected traffic intensity, and detects the real-time traffic intensity; and thus makes sure that the direction with more traffic receives a green light for a longer period of time in an appropriate proportion compared to the way with less traffic. This approach utilises YOLOv2 for image detction of vehicles - including cars, trucks and bikes. This has resulted in almost 33% savings in terms of wait times, and thus will enable traffic to move efficiently through intersections without human interference and will also aid in minimizing pollution.
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Dhamane et al. (2024) studied Traffic congestion. Object detection-based and time series analyzer-based traffic light controller was evaluated on Wait times (33% savings). An object detection-based traffic light controller using YOLOv2 resulted in almost 33% savings in wait times.
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