Ebook: Statistically sound machine learning for algorithmic trading of financial instruments
Author: David Aronson Timothy Masters
- Year: 2013
- Edition: 1.20
- Language: English
- djvu
This book serves two purposes. First, it teaches the importance of using sophisticated yet accessible statistical methods to evaluate a trading system before it is put to real-world use. In order to accommodate readers having limited mathematical background, these techniques are illustrated with step-by-step examples using actual market data, and all examples are explained in plain language. Second, this book shows how the free program TSSB (Trading System Synthesis & Boosting) can be used to develop and test trading systems. The machine learning and statistical algorithms available in TSSB go far beyond those available in other off-the-shelf development software. Intelligent use of these state-of-the-art techniques greatly improves the likelihood of obtaining a trading system whose impressive backtest results continue when the system is put to use in a trading account. Among other things, this book will teach the reader how to:
• Estimate future performance with rigorous algorithms
• Evaluate the influence of good luck in backtests
• Detect overfitting before deploying your system
• Estimate performance bias due to model fitting and selection of seemingly superior systems
• Use state-of-the-art ensembles of models to form consensus trade decisions
• Build optimal portfolios of trading systems and rigorously test their expected performance
• Search thousands of markets to find subsets that are especially predictable
• Create trading systems that specialize in specific market regimes such as trending/flat or high/low volatility
More information on the TSSB program can be found at TSSBsoftware.com.
• Estimate future performance with rigorous algorithms
• Evaluate the influence of good luck in backtests
• Detect overfitting before deploying your system
• Estimate performance bias due to model fitting and selection of seemingly superior systems
• Use state-of-the-art ensembles of models to form consensus trade decisions
• Build optimal portfolios of trading systems and rigorously test their expected performance
• Search thousands of markets to find subsets that are especially predictable
• Create trading systems that specialize in specific market regimes such as trending/flat or high/low volatility
More information on the TSSB program can be found at TSSBsoftware.com.
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