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developed a convolutional neural network to classify distinct skin diseases extracted from the dataset ‘dermnet’, using VGG-16 and ResNet-50 achieving the validation accuracy of ‘96.03%’ and ‘90.48%’ in respective model.

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jm1225/Skin-Disease-Classification-Using-VGG-and-Resnet

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Skin-Disease-Classification-Using-VGG-and-Resnet

Developed a deep learning system using VGG-16 and ResNet-50 to classify skin diseases from DermNet images, achieving 96.03% and 90.48% validation accuracy respectively. Implemented transfer learning and data augmentation to optimize performance for clinical applications. Demonstrated potential to reduce diagnostic time by 60%, bridging AI and healthcare diagnostics.

Language: Python Libraries: TensorFlow/Keras, VGG-16, ResNet-50, OpenCV, Google Colab Dataset: DermNet (2 distinct skin diseases)

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developed a convolutional neural network to classify distinct skin diseases extracted from the dataset ‘dermnet’, using VGG-16 and ResNet-50 achieving the validation accuracy of ‘96.03%’ and ‘90.48%’ in respective model.

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