
Build a cancer prediction CNN using real skin cancer images, with train and test folders, data augmentation, and 384 by 384 input for binary malignant-benign classification.
Explore pneumonia prediction using convolutional neural networks on medical images, leveraging subset training, validation splits, horizontal flip augmentation, and model evaluation with high validation accuracy.
Train a malaria detector using the validation folder with a 25% split and horizontal flips, applying a 16-filter convolution and max pooling, then save the model as an h5 file.
Train a cnn-based binary classifier to distinguish mosquito bite from tick bite images, using 47 training and 10 testing images with horizontal flip augmentation from GitHub.
Train a convolutional neural network to detect brain tumors from MRI images using data augmentation and binary classification with sigmoid, validate with a 33% split, and prepare images for prediction.
Learn multiclass potato leaf disease prediction using a CNN, with dataset preparation, train/validation/test splits, data augmentation, input shaping for three classes, and evaluation with categorical cross-entropy and accuracy.
Learn to save a keras model as an h5 file, upload it, and load it with load_model for multiclass emotion prediction. Map class labels and input shapes to ensure predictions.
Learn how to load a binary Keras model from an h5 file using the load_model function, preprocess images to the 384 input shape, and interpret two-class predictions (Anaconda vs Python).
Before starting this course you must at least have an intermediate level of python, basic understanding of convolutional neural networks, and basic knowledge of Tensorflow. By the end of this course you will learn how to train very accurate convolutional neural networks to predict test images for binary class. You know enough to where if you want to go off on your own and use your own methods how to do that. Also appropriate parameters to use as well as data augmentation methods. It is explained in this course how to train multiclass as well. Not to mention you will learn how to use CV2 when predicting an image after training the convolutional neural network. You will also learn how to train a multi class Convolutional Neural Network and predict as well. Then learn to use a Keras Load Model Function for both binary and multi class predictions. Although the videos are short they are thoroughly and simply explained. You will also learn to deal with some of the challenges in deep learning as well when it comes to small dataset size. All the datasets featured in this video are found on Kaggle, except one that I provide to you directly. I will explain why in that video. Do not worry about the quizzes if you pay attention you will easily do great. But most importantly be ready to learn. This is not is challenging as it seems. I show you how to prevent overfitting and reduce bias severely with these methods in these videos.