Abstract
Specially in the case of scenarios under uncertainty, the efficient management of risk when matching assets and liabilities is a relevant issue for most insurance companies. This paper considers such a scenario, where different assets can be aggregated to better match a liability (or the other way around), and the goal is to find the asset-liability assignments that maximises the overall benefit over a time horizon. To solve this stochastic optimisation problem, a simulation-optimisation methodology is proposed. We use integer programming to generate efficient asset-to-liability assignments, and Monte-Carlo simulation is employed to estimate the risk of failing to pay due liabilities. The simulation results allow us to set a safety margin parameter for the integer program, which encourage the generation of solutions satisfying a minimum reliability threshold. A series of computational experiments contribute to illustrate the proposed methodology and its utility in practical risk management.
Subject
Strategy and Management,Economics, Econometrics and Finance (miscellaneous),Accounting
Reference48 articles.
1. Multi-objective programming for asset-liability management: The case of iranian banking industry;Abdollahi;International Journal of Industrial Engineering & Production Research,2020
2. Designing an immunized portfolio: Is m-squared the key?;Bierwag;Journal of Banking & Finance,1993
3. A scenario approach of ALM;Boender,2008
4. Formulation of the Russell-Yasuda Kasai Financial Planning Model
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