Many risk management experts rely on valuation and stress testing in addition to value at risk techniques. Thus accurate market values are even more critical than they are in a VAR context. Kamakura’s valuation technology is unique in the following ways:
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Seven yield curve smoothing methods including an unpublished maximum smoothness credit spread technology
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A wide variety of fixed income data input formats
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Interest rate probability distributions for any rate level and time horizon
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Automated forward rate curve generation
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Fixed and floating rate instrument valuation
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All common principal amortization conventions
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Arbitrary interest and principal payment schedules
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Multiple day count conventions
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Payment in advance or arrears
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Customizable holiday tables
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All common derivatives (see Kamakura software overview for partial list)
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CMO valuation via a link to the Intex libraries
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Complex mathematical functions for floating rate indices, including lags and moving averages, minimum of two rates, maximum of two rates, etc.
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Five term structure models
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Fixed length and variable length lattice technology for options valuation
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User control over number of steps in lattices
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Multi-factor credit model capability
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Common Monte Carlo simulation engine for valuation, VAR and net income simulation
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Three methods of prepayment analysis (transactions cost approach, prepayment table approach and prepayment function approach)
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Arbitrary definition of risk factors
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Stress testing with respect to any risk factor
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Transaction-level processing
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Proprietary published valuation formula for non-maturity deposit valuation
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Built in linear and non-linear regression
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Reduced form credit risk and default models by Robert Jarrow
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Exact default adjusted valuation