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driver cellphone usage detection using wavelet scattering and convolutional neural networks
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نویسنده
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besharati ali ,nahvi ali ,ebrahimian serajeddin
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منبع
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aut journal of mathematics and computing - 2025 - دوره : 6 - شماره : 3 - صفحه:257 -268
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چکیده
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This paper provides an automated system based on machine learning and computer vision to detect cellphone usage during driving. we used wavelet scattering networks, which is a simple and efficient type of architecture. the pre[1]sented model is straightforward and compact and requires little hyper-parameter tuning. the speed of this model is similar to the convolutional neural networks. we monitored the driver from two viewpoints: a frontal view of the driver’s face and a side view of the driver’s whole body. we created a new dataset for the first view[1]point, and used a publicly available dataset for the second viewpoint. our model achieved the test accuracy of 91% for our new dataset and 99% for the publicly available one.
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کلیدواژه
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mobile use detection ,wavelet scattering network ,cnn ,cascade object detector ,transfer learning
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آدرس
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k.n. toosi university of technology, virtual reality laboratory, iran, k.n. toosi university of technology, virtual reality laboratory, iran, k.n. toosi university of technology, virtual reality laboratory, iran
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پست الکترونیکی
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sebrahimian@alumni.kntu.ac.ir
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Authors
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