ABOUT TPT
TPT’s mission is to bring asset management into the Age of Machine Learning (ML). We are currently engaged by clients with a combined AUM of over $1.132 trillion (as of January 31, 2020).
THOUGHT LEADERSHIP
For the past two decades, TPT’s researchers have made some of the most impactful innovations in financial machine learning, covering every stage of the investment process. These contributions include:
Feature engineering: Order imbalance sampling; the triple-barrier method; trend-scanning labels; volume-synchronized probability of informed trading
Strategy development: Stochastic flow diagrams
Bet sizing: Meta-labeling
Backtesting: Combinatorially-purged cross-validation; Monte Carlo backtests
Strategy selection: The deflated Sharpe ratio; the probability of backtest overfitting; the “false strategy” theorem
Portfolio construction: Hierarchical risk parity; nested clustered optimization
Execution: Optimal execution horizon
OUR EXPERT NETWORK
Conventional methods yield conventional outcomes. Beating the collective wisdom of the crowds requires innovative approaches, produced by best-in-class talent. For this reason, TPT partners with domain-area experts for each specific project.
Through our connections with the leading universities and National laboratories, we assemble the right team for every particular mandate. Our network includes 30 of the best-known authors in mathematical finance, machine learning and supercomputing. We have access to hardware and software that is years ahead of what commercial services can offer.
This flexible team structure enables us to deliver answers that are novel, insightful, authoritative, and scientific.
TO LEARN MORE
Advances in Financial Machine Learning (Wiley, 2018) explains in detail how TPT’s assembly-line approach works. The assembly line organizes the investment research process in accordance with the scientific method. In particular, the goal of the research team is to formulate hypothesis, whereas the goal of the backtesting team is to prove those hypothesis wrong, by means of counterexamples, or by pointing to flaws in the discovery process.
One year after its publication, this graduate textbook has been translated into Chinese (China Citic Press), Russian (Progress Knijga), Japanese (Kinzai Institute) and Korean (Acorn Publishing), and it is taught at leading universities worldwide.
Machine Learning for Asset Managers (Cambridge University Press, 2020) demystifies the use of ML techniques in asset management. The book explains how modern statistical methods can lead to the discovery of novel investment strategies supported by sound financial theories. Covered topics include:
De-noising and de-toning
Codependence and distance metrics
Optimal clustering
Financial labels
Feature importance analysis
ML-based portfolio construction
Testing-set overfitting
These two textbooks form the academic core of the ORIE 5256 course, at Cornell University’s School of Engineering.