Design, price, and analyze credit derivative instruments
A credit derivative is a financial derivative instrument whose value depends upon the credit risk of an underlying reference entity such as a loan or a bond. Credit derivatives such as credit default swaps (CDSs), credit default swaptions, credit linked notes (CLNs), credit spread options (CSOs), and collateralized debt obligations (CDOs) provide risk management and investment opportunities for financial market participants.
You can use credit derivative models to:
- Analyze credit events that affect derivative pricing
- Design and price structured credit instruments
- Build credit index pricing solutions
- Analyze the credit derivatives market to identify relative mispricing and trading opportunities
- Manage sovereign and corporate default risk exposure
For more information on analyzing credit derivatives and credit risk see Financial Toolbox™, Financial Instruments Toolbox™, and Risk Management Toolbox™.
Examples and How To
- Pricing and Valuation of Credit Default Swaps (4:21) - Video
- Financial Model Validation Using MATLAB (32:56) - Webinar
- Banche Popolari Unite Analyzes Credit Risk - User Story
- Bootstrapping a Default Probability Curve - Example
- Forecasting Corporate Default Rates - Example
- Valuing an Existing CDS Contract - Example
- First-to-Default Swaps - Example
Software Reference
- Credit Default Swap - Documentation
- Credit Default Swaption - Documentation
cdsbootstrap
: Bootstrap default probability curve from CDS market quotes - Functioncdsprice
: Determine the price for a credit default swap - Functioncdsoptprice
: Price payer and receiver credit default swaptions - Function
See also: Monte Carlo simulation, market risk, financial derivatives, counterparty credit risk, credit risk, pricing and valuation