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Traffic Sign Recognition Application Using Yolov5 Architecture

Daria Snegireva, Anastasiia Perkova

20212021 International Russian Automation Conference (RusAutoCon)28 citationsDOI

Abstract

This study describes an application that uses a neural network approach to traffic sign recognition. Traffic sign recognition is an important part in the assessment of traffic situations by autonomous and intelligent vehicles. Although road signs are standardized in size and shape in every country, there can be difficulties in detecting and recognizing them in the video stream, so improving the accuracy of their recognition is an urgent task. To solve the problem of recognition of road signs the up-to-date real-time object detection system YOLOv5 was used. To train the neural network we used the data set consisting of 10 classes of approximately 200 images each. According to the results of system testing, the recognition accuracy was 72%.

Topics & Concepts

Traffic sign recognitionComputer scienceTraffic signCognitive neuroscience of visual object recognitionTask (project management)Artificial neural networkSign (mathematics)Artificial intelligenceArchitectureFeature extractionObject detectionSet (abstract data type)Intelligent transportation systemComputer visionPattern recognition (psychology)EngineeringTransport engineeringArtVisual artsMathematicsSystems engineeringProgramming languageMathematical analysisTransportation Systems and LogisticsIoT and GPS-based Vehicle Safety SystemsUrban Transport Systems Analysis
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