Arbitrage-Free Regularization
Abstract
We introduce a path-dependent geometric framework which generalizes the HJM modeling approach to a wide variety of other asset classes. A machine learning regularization framework is developed with the objective of removing... [ view full abstract ]
We introduce a path-dependent geometric framework which generalizes the HJM modeling approach to a wide variety of other asset classes. A machine learning regularization framework is developed with the objective of removing arbitrage opportunities from models within this general framework. The regularization method relies on minimal deformations of a model subject to a path-dependent penalty that detects arbitrage opportunities. We prove that the solution of this regularization problem is independent of the arbitrage-penalty chosen, subject to a fixed information loss functional. This paper is focused on placing machine learning methods in finance on a sound theoretical basis.
Authors
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Anastasis Kratsios
(Concordia University)
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Cody Hyndman
(Concordia University)
Topic Areas
Arbitrage Theory , Machine Learning , Term-Structure Models
Session
TH-A-UI » No-Arbitrage Theory and FTAP (11:30 - Thursday, 19th July, Ui Chadhain)
Presentation Files
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