EL-Mohammadi, Rachid (2009): BSFTDWithMultiJump Model and Pricing of Quanto FTD with FX Devaluation Risk.
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We present a new model for pricing Quanto FTD where the FX could be strongly dependent to some or all credit names. The model assumes lognormal hazard rate and deterministic FX local volatility where the FX spot can jump at time of first to default and where the jump size depends on credit name reference. We present the model, the calibration algorithm, and the Quanto FTD pricing. This model is an extension of the model BSWithJump for pricing Quanto CDS with FX devaluation risk.
|Item Type:||MPRA Paper|
|Original Title:||BSFTDWithMultiJump Model and Pricing of Quanto FTD with FX Devaluation Risk|
|Keywords:||Quanto FTD, local currency, FX devaluatiion risk, hazard process approach, Jump models, lognormal hazard process, calibration on FX options, FTD pricing with copula|
|Subjects:||C - Mathematical and Quantitative Methods > C0 - General
C - Mathematical and Quantitative Methods > C1 - Econometric and Statistical Methods and Methodology: General
|Depositing User:||Rachid EL-Mohammadi|
|Date Deposited:||24. Nov 2012 17:42|
|Last Modified:||28. Sep 2015 16:01|
R. EL-Mohammadi, BSWithJump Model and pricing of quanto CDS with FX Devaluation Risk. October-2009
D.Li, On default correlation: a copula function approach. Journal of Fixed Income 2000
T.R.Bielecki, M.Jeanblanc, M.Rutkowski, Pricing And Trading credit default swaps in a hazard process model. December-2007
T.R.Bielecki, M.Jeanblanc, M.Rutkowski, Hedging of Basket Credit Derivatives in CDS Market, Journal of Credit Risk-December 2007
M.Jeanblanc, Y.L.Cam, Reduced form modelling for credit risk.
L.Andersen, J.Sidenius, Extension of the Gaussian copula: random recovery and random fctor loadings. Journal of Credit Risk, Winter-2004/05
J.Gregory and J.P.Laurent, I will survive. Risk, June-2003
P.Shonbucher, Portfolio credit risks when defaults are correlated. Journal of Risk Finance.
J.Hull and A.White, Valuation of a cdo and the nth-to-default cds without monte carlo simulation. Working paper, University of Toronto.