Building Deep Learning Models Using Apache MXNet
Apache MXNet is the deep learning framework which has its origins at Amazon Web Services (AWS) and is a powerful alternative to TensorFlow. This course teaches you how to build dynamic and static computation graphs using the Gluon API.
What you'll learn
Apache MXNet offers low-level and high-level APIs which is key to efficiently build neural networks. It also allows you to construct static and dynamic graphs in a symbolic manner using the Module API, the Symbol API, or the Gluon API. In this course, Building Deep Learning Models Using Apache MXNet, you'll learn the basic building blocks of building neural networks using NDArrays, the Module API, the Symbol API, as well as the cutting edge Gluon API. First, you'll gain an understanding of the basic architecture of MXNet and how the basic data structure NDArrays work. Next, you'll discover the difference between symbolic and imperative programming and when you would choose to use one over the other. Then, you'll discover the use of optimizers, loss functions, and data iterators in building and executing neural networks. Finally, you'll explore the Gluon API and build a convolutional neural network for image classification and hybridize it in order to execute a static computation graph. By the end of this course, you'll have the confidence to efficiently build and execute neural networks using all of the APIs that Apache MXNet has to offer.
Table of contents
- Version Check 0m
- Module Overview 2m
- Prerequisites and Course Outline 2m
- Neurons and Neural Networks 5m
- Introducing Apache MXNet 4m
- Demo: Installing Apache MXNet 3m
- Symbolic and Imperative Programming 8m
- Introducing NDArrays 3m
- Demo: Working with NDArrays 5m
- Demo: Advanced Operations on NDArrays 4m
- Gradient Descent Optimization 3m
- Forward and Backward Passes 3m
- Module Overview 1m
- Introducing the Symbol API 3m
- Demo: Computation Graphs Using the Symbol API 7m
- Demo: Data Iterators 4m
- Introducing the Module API 4m
- Demo: Exploring the Breast Cancer Dataset and Setting up the NN 6m
- Demo: Training and Prediction Using the Module API 4m
- Demo: Estimators in the Module API 3m
- Module Overview 1m
- Introducing the Gluon API 4m
- Introducing the Autograd Package for Gradient Calculation 6m
- Demo: Working with Autograd 2m
- Convolution, Pooling, and CNN Architectures 5m
- Image Pre-processing Techniques 2m
- Demo: Loading, Exploring, and Transforming the CIFAR-10 Dataset 6m
- Demo: Building and Training a CNN Using the Gluon API 5m
- Demo: Hybridize the Neural Network for Symbolic Execution 3m
- Transfer Learning 2m
- The Gluon Model Zoo 2m
- Demo: Image Classification Using a Pre-trained Model 5m
- Summary and Further Study 2m