Who am I?
I am Dr Matloob Khushi, Associate Professor in Artificial Intelligence at Brunel University of London, and Deputy Director of the Doctoral Programme in the Department of Computer Science. I hold a PhD in Data Science from the University of Sydney, and my work has been recognised among the world’s top 2% of scientists (Stanford list, 2024/2025) with over 4,500 citations for my published work.
Focus of my research is on AI in financial markets (algorithmic trading, stock prediction, risk‑adjusted optimisation).
What do I research?
My group focuses on turning machine‑learning predictions into deployable, risk‑controlled trading strategies. This includes:
- Designing and stress‑testing AI models for equity, FX, crypto and multi‑asset trading.
- Developing risk‑adjusted performance measures (e.g. the SS Ratio) that jointly account for volatility and drawdowns.
- Formalising anti‑leakage, backtesting and reporting standards for financial ML — the core of QFRS.
Who manages this page?
This leaderboard is curated by Dr Matloob Khushi and collaborators, and is intended as a living, protocol‑compliant register of AI‑based financial forecasting and trading studies. Only backtests that meet the QFRS criteria (no data leakage, realistic costs, fully specified trading rules, and comprehensive risk reporting) are included.
The goal is not to “pick winners” in a vacuum, but to provide a transparent, comparable view of what has actually been demonstrated in the literature under consistent assumptions, so that researchers, practitioners and investors can make informed decisions.
Contact & reporting errors
If you spot any errors or omissions, or if you would like to suggest a new protocol‑compliant study to add to the leaderboard, please get in touch. I welcome high‑quality contributions and critical feedback from both academia and industry.
Contact:
Dr Matloob Khushi
Associate Professor in Artificial Intelligence, Brunel University London
Email: matloob.khushi@brunel.ac.uk
When suggesting a new study, please include the reference, a link to the paper/code, and enough detail to verify that the backtest satisfies QFRS (data handling, splitting, feature construction, costs, and risk metrics).