HIGHLIGHTS
SUMMARY
Many of the studies cited in the bibliographic references section develop machine_learning techniques based on deep learning models (hereinafter, deep learning) such as convolutional neural_networks (CNN), as well as diagnostic techniques for high-resolution images such as computed tomography (CT). To pretrain, the model, freely available artificial_intelligence (AI) libraries developed with Python can be used, such as TensorFlow. With the evolution of medicine and its convergence with artificial_intelligence, deep learning comes to the knowledge. Training loss Training accuracy Validation accuracy Validation loss 10 15 20 25 30 Training accuracy Validation accuracy Training loss Validation . . .
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