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TensorFlow Machine Learning Projects

TensorFlow Machine Learning Projects

By : Jain, Amita Kapoor
3.7 (11)
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TensorFlow Machine Learning Projects

TensorFlow Machine Learning Projects

3.7 (11)
By: Jain, Amita Kapoor

Overview of this book

TensorFlow has transformed the way machine learning is perceived. TensorFlow Machine Learning Projects teaches you how to exploit the benefits—simplicity, efficiency, and flexibility—of using TensorFlow in various real-world projects. With the help of this book, you’ll not only learn how to build advanced projects using different datasets but also be able to tackle common challenges using a range of libraries from the TensorFlow ecosystem. To start with, you’ll get to grips with using TensorFlow for machine learning projects; you’ll explore a wide range of projects using TensorForest and TensorBoard for detecting exoplanets, TensorFlow.js for sentiment analysis, and TensorFlow Lite for digit classification. As you make your way through the book, you’ll build projects in various real-world domains, incorporating natural language processing (NLP), the Gaussian process, autoencoders, recommender systems, and Bayesian neural networks, along with trending areas such as Generative Adversarial Networks (GANs), capsule networks, and reinforcement learning. You’ll learn how to use the TensorFlow on Spark API and GPU-accelerated computing with TensorFlow to detect objects, followed by how to train and develop a recurrent neural network (RNN) model to generate book scripts. By the end of this book, you’ll have gained the required expertise to build full-fledged machine learning projects at work.
Table of Contents (17 chapters)
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Understanding the importance of capsule networks


Convolutional neural networks (CNNs) form the backbone of all the major breakthroughs in image detection today. CNNs work by detecting the basic features that are present in the lower layers of the network and then proceed to detect the higher level features present in the higher layers of the network. This setup does not contain a pose (translational and rotational) relationship between the lower-level features that make up any complex object.

Imagine trying to identify a face. In this case, just having eyes, nose, and ears in an image can lead a CNN to conclude that it's a face without caring about the relative orientation of the concerned objects. To explain this further, if an image has a nose above the eyes, CNNs still can detect that it's an image. CNNs take care of this problem by using max pooling, which helps increase the field of view for the higher layers. However, this operation is not a perfect solution as we tend to lose valuable...

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