
Explore TensorFlow indexing for 1d, 2d, and 3d tensors, using zero-based and negative indices, slicing with start:end and end+1, and selecting specific blocks by row, column, and range.
Explore TensorFlow linear algebra operations, including matmul and A@B, transpose, 3D tensor batch matrix multiplication, band_part, determinant, inverse, and einsum for efficient tensor calculations.
Explore common TensorFlow methods, including expand_dims, squeeze, reshape, concatenate, stack, gather, and gather_nd, with practical examples of axis handling, shapes, broadcasting, and padding.
Learn how sparse tensors efficiently represent tensors with many zeros using TensorFlow's SparseTensor, including defining indices, values, and dense_shape, and converting to dense with tf.sparse.to_dense.
Prepare data for deep learning by exploring the Secondhand Cars Dataset, examining features from years to current price, and creating shuffled inputs X and outputs Y for training.
Build a simple linear regression model in TensorFlow using a normalizer and dense layer to learn M and C, and explore Sequential, functional, and subclassing APIs with model summaries.
Explore error sanctioning in linear regression by measuring prediction errors, updating model parameters to reduce loss, and comparing mean squared error, mean absolute error, and uber loss in TensorFlow.
Explore how stochastic gradient descent optimizes model parameters by iteratively updating weights with the learning rate to reduce loss, illustrating convergence across epochs.
Prepare malaria cell images in TensorFlow 2 by loading the malaria dataset with tfds, inspecting image attributes, and splitting into train, validation, and test sets with shuffling.
Visualize images and their labels using matplotlib by creating a 4x4 grid of samples, displaying each image with its label through a get_label_string mapping for parasitized or uninfected.
Explore how convolutional neural networks reduce parameters through kernels and receptive fields, cover padding and stride effects, and compare LeNet, AlexNet, and CNN architectures with TensorFlow/Keras.
Explore binary cross entropy loss, its formula with y and y_hat, how it penalizes wrong predictions, and its use in TensorFlow with from_logits, sigmoid, and label smoothing.
Train convnets with fit on batched train and validation datasets, using batch size 32, shuffled, prefetching, and autotune; improve performance with relu, sigmoid output, batch normalization, and binary accuracy.
Explore the functional API in TensorFlow to build models beyond the sequential API, including multi-input multi-output architectures, ResNet-style structures, shared layers, and custom layers.
Explore evaluating binary classifiers beyond accuracy by using the confusion matrix, precision, recall, roc curves, and auc to select optimal thresholds and balance false positives and false negatives.
Master learning rate scheduling with TensorFlow 2 to balance speed and stability, using high initial rates, gradual decay, warm-up, and methods like exponential, cosine, and cyclical schedules, plus model checkpoints.
Learn how to implement model checkpointing in TensorFlow, save best weights based on validation loss, configure save options, and apply plateau-based learning rate reductions to improve training.
Learn to build a custom TensorFlow 2 training loop from scratch, replacing fit with neural learn, using gradient tape for automatic differentiation, and including train and validation blocks.
Deep Learning is one of the most popular fields in computer science today. It has applications in many and very varied domains. With the publishing of much more efficient deep learning models in the early 2010s, we have seen a great improvement in the state of the art in domains like Computer Vision, Natural Language Processing, Image Generation, and Signal Processing.
The demand for Deep Learning engineers is skyrocketing and experts in this field are highly paid, because of their value. However, getting started in this field isn’t easy. There’s so much information out there, much of which is outdated and many times don't take the beginners into consideration :(
In this course, we shall take you on an amazing journey in which you'll master different concepts with a step-by-step and project-based approach. You shall be using Tensorflow 2 (the world's most popular library for deep learning, and built by Google) and Huggingface. We shall start by understanding how to build very simple models (like Linear regression models for car price prediction, text classifiers for movie reviews, binary classifiers for malaria prediction) using Tensorflow and Huggingface transformers, to more advanced models (like object detection models with YOLO, lyrics generator model with GPT2 and Image generation with GANs)
After going through this course and carrying out the different projects, you will develop the skill sets needed to develop modern deep-learning solutions that big tech companies encounter.
You will learn:
The Basics of Tensorflow (Tensors, Model building, training, and evaluation)
Deep Learning algorithms like Convolutional neural networks and Vision Transformers
Evaluation of Classification Models (Precision, Recall, Accuracy, F1-score, Confusion Matrix, ROC Curve)
Mitigating overfitting with Data augmentation
Advanced Tensorflow concepts like Custom Losses and Metrics, Eager and Graph Modes and Custom Training Loops, Tensorboard
Machine Learning Operations (MLOps) with Weights and Biases (Experiment Tracking, Hyperparameter Tuning, Dataset Versioning, Model Versioning)
Binary Classification with Malaria detection
Multi-class Classification with Human Emotions Detection
Transfer learning with modern Convnets (Vggnet, Resnet, Mobilenet, Efficientnet) and Vision Transformers (VITs)
Object Detection with YOLO (You Only Look Once)
Image Segmentation with UNet
People Counting with Csrnet
Model Deployment (Distillation, Onnx format, Quantization, Fastapi, Heroku Cloud)
Digit generation with Variational Autoencoders
Face generation with Generative Adversarial Neural Networks
Text Preprocessing for Natural Language Processing.
Deep Learning algorithms like Recurrent Neural Networks, Attention Models, Transformers, and Convolutional neural networks.
Sentiment analysis with RNNs, Transformers, and Huggingface Transformers (Deberta)
Transfer learning with Word2vec and modern Transformers (GPT, Bert, ULmfit, Deberta, T5...)
Machine translation with RNNs, attention, transformers, and Huggingface Transformers (T5)
Model Deployment (Onnx format, Quantization, Fastapi, Heroku Cloud)
Intent Classification with Deberta in Huggingface transformers
Named Entity Relation with Roberta in Huggingface transformers
Neural Machine Translation with T5 in Huggingface transformers
Extractive Question Answering with Longformer in Huggingface transformers
E-commerce search engine with Sentence transformers
Lyrics Generator with GPT2 in Huggingface transformers
Grammatical Error Correction with T5 in Huggingface transformers
Elon Musk Bot with BlenderBot in Huggingface transformers
Speech recognition with RNNs
If you are willing to move a step further in your career, this course is destined for you and we are super excited to help achieve your goals!
This course is offered to you by Neuralearn. And just like every other course by Neuralearn, we lay much emphasis on feedback. Your reviews and questions in the forum will help us better this course. Feel free to ask as many questions as possible on the forum. We do our very best to reply in the shortest possible time.
Enjoy!!!