build, plot, and analyze the yield curve
a yield curve is a graph that plots interest rates or yields of similar fixed-income instruments with differing maturities across time. the curve creates a visual representation of the term structure of interest rates. by aggregating lender priorities over time for a particular borrower or credit risk profile, yield curves enable you to study financial market conditions and analyze potential investments or trading opportunities.
yield curves are borrower-specific, so different curves are constructed for sovereign debt (e.g., the us treasury default-free curve), the interbank markets (the swap curve), and corporate debt (a credit spread over the swap curve).
they are typically constructed and calibrated to the market prices of a variety of fixed-income instruments, including government debt, money market rates, short-term interest rate futures, and interest rate swaps. to build a smooth and consistent curve, you use a combination of bootstrapping, curve fitting, and interpolation techniques. these curves, once constructed, can then be used to price other otc derivatives consistently with the markets.
for more information, see matlab® toolboxes for finance, data feeds, financial instruments, statistics, and curve fitting.
examples and how to
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- - user story
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software reference
- fitting and analysis - product description
- - documentation
- - function reference
- - function reference
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see also: financial engineering, fixed income, financial derivatives, swap curve, zero curve, econometrics toolbox, parallel computing toolbox, symbolic math toolbox, curve fitting toolbox, spreadsheet link (for microsoft excel)
matlab 助力风险管理
开发、管理、检验并更新内部及监管合规模型。