The practical guide to using data-driven algorithms in Finance
About This Video
Use libraries like Numpy, Pandas, Scipy and Matplotlib for data analysis, manipulation and visualization
Implement common Time Series evaluation techniques, including development of forecasting models and linear models for forecasting
Make use of Monte Carlo method to simulate portfolio ending values, value options and calculate Value at Risk
In Detail
Did you know Python is …
Hands-On Python for Finance
Video description
The practical guide to using data-driven algorithms in Finance
About This Video
Use libraries like Numpy, Pandas, Scipy and Matplotlib for data analysis, manipulation and visualization
Implement common Time Series evaluation techniques, including development of forecasting models and linear models for forecasting
Make use of Monte Carlo method to simulate portfolio ending values, value options and calculate Value at Risk
In Detail
Did you know Python is the one of the best solution to quantitatively analyse your finances by taking an overview of your timeline? This hands-on course helps both developers and quantitative analysts to get started with Python, and guides you through the most important aspects of using Python for quantitative finance.
You will begin with a primer to Python and its various data structures.Then you will dive into third party libraries. You will work with Python libraries and tools designed specifically for analytical and visualization purposes. Then you will get an overview of cash flow across the timeline. You will also learn concepts like Time Series Evaluation, Forecasting, Linear Regression and also look at crucial aspects like Linear Models, Correlation and portfolio construction. Finally, you will compute Value at Risk (VaR) and simulate portfolio values using Monte Carlo Simulation which is a broader class of computational algorithms.
With numerous practical examples through the course, you will develop a full-fledged framework for Monte Carlo, which is a class of computational algorithms and simulation-based derivatives and risk analytics.
Audience
This course is for developers and analysts with some background in programming language and are interested in a concrete framework for using Python to augment or replace spreadsheet applications for financial tasks.
Chapter 4 : Time Series Evaluation and Forecasting
Opening and Reading a .CSV File
Getting and Evaluating Data
Moving Average Forecasting
Forecasting with Single Exponential Smoothing
Creating and Testing a Simple Trading System
Chapter 5 : Linear Models, Correlation, and Valuation
Valuing Securities with Pricing Models
Finding Correlations Between Securities
Linear Regression
Calculating Beta and Expected Return
Constructing Portfolios Along the Efficient Frontier
Chapter 6 : Build a Monte Carlo Simulation App
Introduction to Monte Carlo
Monte Carlo Simulation
Using Monte Carlo Technique to Calculate Value at Risk
Putting It All Together – Monte Simulation Application
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