Book Image

Learning Quantitative Finance with R

By : Dr. Param Jeet, PRASHANT VATS
Book Image

Learning Quantitative Finance with R

By: Dr. Param Jeet, PRASHANT VATS

Overview of this book

The role of a quantitative analyst is very challenging, yet lucrative, so there is a lot of competition for the role in top-tier organizations and investment banks. This book is your go-to resource if you want to equip yourself with the skills required to tackle any real-world problem in quantitative finance using the popular R programming language. You'll start by getting an understanding of the basics of R and its relevance in the field of quantitative finance. Once you've built this foundation, we'll dive into the practicalities of building financial models in R. This will help you have a fair understanding of the topics as well as their implementation, as the authors have presented some use cases along with examples that are easy to understand and correlate. We'll also look at risk management and optimization techniques for algorithmic trading. Finally, the book will explain some advanced concepts, such as trading using machine learning, optimizations, exotic options, and hedging. By the end of this book, you will have a firm grasp of the techniques required to implement basic quantitative finance models in R.
Table of Contents (16 chapters)
Learning Quantitative Finance with R
Credits
About the Authors
About the Reviewer
www.PacktPub.com
Customer Feedback
Preface

Deep neural network


Deep neural networks are under the broad category of deep learning. In contrast to neural networks, deep neural networks contain multiple hidden layers. The number of hidden layers can vary from problem to problem and needs to be optimized. R has many packages, such as darch, deepnet, deeplearning, and h20, which can create deep networks. However, I will use the deepnet package in particular and apply a deep neural network on DJI data. The package deepnet can be installed and loaded to the workspace using the following commands:

>install.packages('deepnet') 
>library(deepnet)

I will use set.seed() to generate uniform output and dbn.dnn.train() is used for training deep neural networks. The parameter hidden is used for the number of hidden layers and the number of neurons in each layer.

In the below example, I have used a three hidden layer structure and 3, 4, and 6 neurons in the first, second, and third hidden layers respectively. class.ind() is again used to convert...