Enhanced Method of Detecting Wearing of Helmets in Traffic Using HOG-Sobel and Decision Tree Method
Keywords:
Helmet Detection, Decision Tree, HOG-Sobel, Classification, Machine LearningAbstract
The disregard for road safety by those operating two-wheeled vehicles frequently leads to accidents and fatalities. Numerous nations have implemented a compulsory requirement for individuals to wear helmets when operating two-wheeled vehicles. If the riders do not wear helmets, they face an accident. This will lead to dangerous head or brain injury due to riding without protection. For this reason, we constructed a model based on HoG-Sobel fusion approach and a decision tree method to identify precisely the presence of a helmet on a person depicted in a picture. In this work, the author engages in the process of capturing photographs and subsequently extracting their attributes through the utilization of image processing techniques. Next, a model is constructed via machine learning techniques based on the aforementioned retrieved attributes. In this analysis, a comparison is conducted on several image processing and classification algorithms utilized for the given dataset. To enforce this requirement, a system has been constructed utilizing Tensorflow and Keras within the domain of computer vision. The decision tree classifier achieved the highest accuracy as compared to various classification models that were examined. This technique appears to be effective to ascertain whether individuals operating two-wheeled vehicles use a helmet for head protection. The use of helmets, designed to preserve human life will be impacted.
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