Convolutional Neural Networks
Understanding and working with CNN architectures for image classification and computer vision tasks, including convolution, pooling, feature extraction, and classification layers.
My technical knowledge in deep learning, computer vision, model training, and improving neural network performance.
Understanding and working with CNN architectures for image classification and computer vision tasks, including convolution, pooling, feature extraction, and classification layers.
Using transformations such as rotation, flipping, cropping, and scaling to create more diverse training data and improve model generalization.
Applying techniques that help neural networks generalize better instead of memorizing the training dataset.
Regularization applied to models helps combat overfitting.
Weight decay can be used to regularize weights by penalizing large ones; this technique helps improve model accuracy and prevent overfitting.
Using dropout to prevent overfitting
Working with parameters such as learning rate, batch size, number of epochs, optimizer settings, and network architecture to improve training.
Solving the vanishing gradient problem using techniques