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Hands-On Artificial Intelligence for Beginners

By : David Dindi, Patrick D. Smith

Buy this Book

Hands-On Artificial Intelligence for Beginners

By: David Dindi, Patrick D. Smith

Buy this Book

Overview of this book

Virtual Assistants, such as Alexa and Siri, process our requests, Google's cars have started to read addresses, and Amazon's prices and Netflix's recommended videos are decided by AI. Artificial Intelligence is one of the most exciting technologies and is becoming increasingly significant in the modern world. Hands-On Artificial Intelligence for Beginners will teach you what Artificial Intelligence is and how to design and build intelligent applications. This book will teach you to harness packages such as TensorFlow in order to create powerful AI systems. You will begin with reviewing the recent changes in AI and learning how artificial neural networks (ANNs) have enabled more intelligent AI. You'll explore feedforward, recurrent, convolutional, and generative neural networks (FFNNs, RNNs, CNNs, and GNNs), as well as reinforcement learning methods. In the concluding chapters, you'll learn how to implement these methods for a variety of tasks, such as generating text for chatbots, and playing board and video games. By the end of this book, you will be able to understand exactly what you need to consider when optimizing ANNs and how to deploy and maintain AI applications.

Preface

Who this book is for

What this book covers

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Free Chapter

The History of AI

The beginnings of AI –1950–1974

Rebirth –1980–1987

The modern era takes hold – 1997-2005

Deep learning and the future – 2012-Present

Summary

Machine Learning Basics

Technical requirements

Applied math basics

Basic statistics and probability theory

Constructing basic machine learning algorithms

Basic tuning

Summary

Platforms and Other Essentials

Technical requirements

TensorFlow, PyTorch, and Keras

Cloud computing essentials

CPUs, GPUs, and other compute frameworks

Summary

Your First Artificial Neural Networks

Technical requirements

Network building blocks

The training process

Summary

Convolutional Neural Networks

Overview of CNNs

Convolutional layers

Pooling layers

Fully connected layers

The training process

CNNs for image tagging

Summary

Recurrent Neural Networks

Technical requirements

The building blocks of RNNs

Memory units – LSTMs and GRUs

Sequence processing with RNNs

Extensions of RNNs

Summary

Generative Models

Technical requirements

Getting to AI – generative models

Variational autoencoders

Generative adversarial networks

Other forms of generative models

Summary

References

Reinforcement Learning

Technical requirements

Principles of reinforcement learning

Q–learning

Policy optimization

Summary

Deep Learning for Intelligent Agents

Technical requirements

Word embeddings

Word2vec

GloVe

Constructing a basic agent

Summary

Deep Learning for Game Playing

Technical requirements

Introduction

Networks for board games

Networks for video games

Summary

Deep Learning for Finance

Requirements

Introduction to AI in finance

Deep learning in trading

Deep learning in asset management

Summary

Deep Learning for Robotics

Technical requirements

Introduction

Setting up your environment

Setting up a deep deterministic policy gradients model

Summary

References

Deploying and Maintaining AI Applications

Technical requirements

Introduction

Deploying your applications

Scaling your applications

Testing and maintaining your applications

Summary

References

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Applied math basics

When we talk about mathematics as related to deep learning and AI, we're often talking about linear algebra. Linear algebra is a branch of continuous mathematics that involves the study of vector space and operations performed in vector space. If you remember back to grade-school algebra, algebra in general deals with unknown variables. With linear algebra, we're extending this study into linear systems that have an arbitrary number of dimensions, which is what makes this a form of continuous mathematics.

AI relies on the basic building block of the tensor. Within AI, these mathematical objects store information throughout ANNs that allow them to operate; they are data structures that are utilized throughout AI. As we will see, a tensor has a rank, which essentially tells us about the indices of the data (how many rows and columns the data has).

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