A Martingale Approach to Optimal Portfolios with Jump-diffusions
Daniel Michelbrink, Huiling Le
Abstract
Daniel Michelbrink, Huiling Le
Abstract
This paper investigates optimal investment-consumption strategies that maximize the expected utility of consumption and/or terminal wealth under jump-diffusion models using a martingale method. We characterize the optimal trading strategy and the optimal martingale measure in terms of a system of equations and obtain explicit solutions for the power and logarithmic utility case.
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This paper investigates optimal investment-consumption strategies that maximize the expected utility of consumption and/or terminal wealth under jump-diffusion models using a martingale method. We characterize the optimal trading strategy and the optimal martingale measure in terms of a system of equations and obtain explicit solutions for the power and logarithmic utility case.
Key concepts: Martingale (probability theory), Mathematics, Local martingale, Doob's martingale inequality, Jump, Logarithm, Martingale difference sequence, Martingale pricing