Hands-On Python for Finance: A practical guide to implementing financial analysis strategies using Python

Hands-On Python for Finance: A practical guide to implementing financial analysis strategies using Python
Hands-On Python for Finance: A practical guide to implementing financial analysis strategies using Python by Krish Naik
English | 2019 | ISBN: 1789346374 | 378 Pages | EPUB | 16 MB

Learn and implement quantitative finance using popular Python libraries like NumPy, pandas, and Keras
Python is one of the most popular languages used for quantitative finance. With this book, you’ll explore the key characteristics of Python for finance, solve problems in finance, and understand risk management.
The book starts with major concepts and techniques related to quantitative finance, and an introduction to some key Python libraries. Next, you’ll implement time series analysis using pandas and DataFrames. The following chapters will help you gain an understanding of how to measure the diversifiable and non-diversifiable security risk of a portfolio and optimize your portfolio by implementing Markowitz Portfolio Optimization. Sections on regression analysis methodology will help you to value assets and understand the relationship between commodity prices and business stocks. In addition to this, you’ll be able to forecast stock prices using Monte Carlo simulation. The book will also highlight forecast models that will show you how to determine the price of a call option by analyzing price variation. You’ll also use deep learning for financial data analysis and forecasting. In the concluding chapters, you will create neural networks with TensorFlow and Keras for forecasting and prediction.
By the end of this book, you will be equipped with the skills you need to perform different financial analysis tasks using Python
What you will learn

  • Clean financial data with data preprocessing
  • Visualize financial data using histograms, color plots, and graphs
  • Perform time series analysis with pandas for forecasting
  • Estimate covariance and the correlation between securities and stocks
  • Optimize your portfolio to understand risks when there is a possibility of higher returns
  • Calculate expected returns of a stock to measure the performance of a portfolio manager
  • Create a prediction model using recurrent neural networks (RNN) with Keras and TensorFlow