Nos derniers articles

This paper introduces the application of Deep Reinforcement Learning (#drl) in #alm, addressing limitations of traditional methods reliant on human judgement. The findings highlight the potential of DRL to enhance #riskmanagement outcomes for #insurers, #banks, #pensionfunds, and #assetmanagers, providing improved adaptability to changing market conditions.

This paper discusses the limitations of traditional #asset#liability#management (#alm) techniques in #riskmanagement, particularly in high-interest rate environments, and proposes the application of #deep#reinforcement#learning (#drl) to overcome these limitations. The paper defines the components of #reinforcementlearning (#rl) that can be optimized for ALM, including the RL Agent, Environment, Actions, States, and Reward Functions. The study shows that implementing DRL provides a superior approach compared to traditional ALM, as it allows for increased #automation, flexibility, and multi-objective #optimization in ALM.