A Simulation-Based First-to-Default (FtD) Credit Default Swap (CDS) Pricing Approach under Jump-Diffusion
T. Joro, A.R. Niu, P. Na
Abstract
T. Joro, A.R. Niu, P. Na
Abstract
In recent years, the credit derivatives market has grown explosively and credit derivatives have become popular tools for hedging credit risk of financial institutions. Among the more sophisticated credit derivatives are the ones where the contingent payoffs depend on the dependence relationship among several firms in a basket, such as first-to-default credit default swap. In this paper, we present a simulation-based first-to-default credit derivative swap pricing approach under jump-diffusion and compare it with the popular default-time approach via Copula.
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In recent years, the credit derivatives market has grown explosively and credit derivatives have become popular tools for hedging credit risk of financial institutions. Among the more sophisticated credit derivatives are the ones where the contingent payoffs depend on the dependence relationship among several firms in a basket, such as first-to-default credit default swap. In this paper, we present a simulation-based first-to-default credit derivative swap pricing approach under jump-diffusion and compare it with the popular default-time approach via Copula.
Key concepts: Credit default swap, Credit derivative, iTraxx, Credit default swap index, Synthetic CDO, Jump, Credit risk, Credit valuation adjustment