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Approach I'd take :- 1. Utilizing 5 models such as DenseNet121 , Xception, VGG16, ResNet50, and InceptionV3 for image classification.
2. Applying data augmentation (rotation, zooming, flipping, shearing, brightness) to enhance dataset robustness.
3. Comparing model performance using accuracy scores, loss/accuracy graphs, and confusion matrices.
4. Conducting EDA for dataset insights, including image distribution, quality, class imbalances, and sample visualization.
5. Documening the process in a comprehensive README file.
Approach I'd take :- 1. Utilizing 5 models such as DenseNet121 , Xception, VGG16, ResNet50, and InceptionV3 for image classification.
2. Applying data augmentation (rotation, zooming, flipping, shearing, brightness) to enhance dataset robustness.
3. Comparing model performance using accuracy scores, loss/accuracy graphs, and confusion matrices.
4. Conducting EDA for dataset insights, including image distribution, quality, class imbalances, and sample visualization.
5. Documening the process in a comprehensive README file.
Dataset I'll use :- https://www.kaggle.com/datasets/gpiosenka/musical-instruments-image-classification/data
@Niketkumardheeryan @invigorzz313 kindly assign this issue to me.
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