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Traditionally, volatility is modeled using parametric models. This project focuses on predicting EUR/USD volatility using more flexible, machine-learning methods.

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csatzky/forecasting-realized-volatility-using-supervised-learning

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Forecasting Realized Volatility Using Supervised Learning

An out-of-sample evalution to compare the accuracy of forecasted realized volatility between parametric models and various machine-learning methods.

The files of interest in this repository are:

  1. forecasting-realized-volatility.pdf: Rendered report. For improved reading experience, most code chunks are not displayed in this version
  2. forecasting-realized-volatility.Rmd: Complete report including all fully-reproducible R code chunks
  3. references.bib: List of references used for rendering the *.Rmd file
  4. forecasting-realized-volatility.r: R script to reproduce the main results in the report
  5. data/EURUSD_realized_volatility.RData: Dataset with training and validation partitions
  6. data/EURUSD_quotes.csv: External, daily EUR/USD quotes used for GARCH modeling in the appendix of the report

Note that all code is designed for R version 3.6.1 for Microsoft Windows.

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Traditionally, volatility is modeled using parametric models. This project focuses on predicting EUR/USD volatility using more flexible, machine-learning methods.

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