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   driver cellphone usage detection using wavelet scattering and convolutional neural networks  
   
نویسنده besharati ali ,nahvi ali ,ebrahimian serajeddin
منبع aut journal of mathematics and computing - 2025 - دوره : 6 - شماره : 3 - صفحه:257 -268
چکیده    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.
کلیدواژه mobile use detection ,wavelet scattering network ,cnn ,cascade object detector ,transfer learning
آدرس 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
پست الکترونیکی sebrahimian@alumni.kntu.ac.ir
 
     
   
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