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What's New in TensorFlow 2.0

What's New in TensorFlow 2.0

By : Baranwal, Alizishaan Khatri
5 (2)
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What's New in TensorFlow 2.0

What's New in TensorFlow 2.0

5 (2)
By: Baranwal, Alizishaan Khatri

Overview of this book

TensorFlow is an end-to-end machine learning platform for experts as well as beginners, and its new version, TensorFlow 2.0 (TF 2.0), improves its simplicity and ease of use. This book will help you understand and utilize the latest TensorFlow features. What's New in TensorFlow 2.0 starts by focusing on advanced concepts such as the new TensorFlow Keras APIs, eager execution, and efficient distribution strategies that help you to run your machine learning models on multiple GPUs and TPUs. The book then takes you through the process of building data ingestion and training pipelines, and it provides recommendations and best practices for feeding data to models created using the new tf.keras API. You'll explore the process of building an inference pipeline using TF Serving and other multi-platform deployments before moving on to explore the newly released AIY, which is essentially do-it-yourself AI. This book delves into the core APIs to help you build unified convolutional and recurrent layers and use TensorBoard to visualize deep learning models using what-if analysis. By the end of the book, you'll have learned about compatibility between TF 2.0 and TF 1.x and be able to migrate to TF 2.0 smoothly.
Table of Contents (13 chapters)
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1
Section 1: TensorFlow 2.0 - Architecture and API Changes
4
Section 2: TensorFlow 2.0 - Data and Model Training Pipelines
7
Section 3: TensorFlow 2.0 - Model Inference and Deployment and AIY
10
Section 4: TensorFlow 2.0 - Migration, Summary

Getting started with TFLite

The first step of using TFLite is choosing a model to convert and use. This includes using pre-trained models, custom-trained models, or fine-tuned models. The TFLite team provides a set of pre-trained and pre-converted models that solve a variety of machine learning problems. These include image classification, object detection, smart reply, pose estimation, and segmentation. Using fine-tuned models or custom-trained models requires another step where they are converted into TFLite format.

TFLite is designed to execute models efficiently on devices, and some of this efficiency comes inherently from the special format used to store the models. TF models must be converted into this format before they can be used in TFLite. Converting models reduces file size and add optimizations that don't affect accuracy. Other, more lossy, optimizations can be...

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