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1. Risk management: some lessons from the credit crisis
- Mr. Edward Fishwick
- Archived Lectures *These may not cover the latest advances in the field
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2. The need for a new paradigm
- Mr. Alan Brown
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3. Leading bank credit portfolio strategies
- Mr. Brian Dvorak
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5. Quantmare, August 2007
- Mr. Eoin Murray
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6. Risk decomposition (and risk budgeting)
- Mr. Jason MacQueen
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7. Structural and reduced form models
- Dr. Theo Darsinos
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10. Estimating risk models
- Prof. Kevin Dowd
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11. Hedge fund risk assessment
- Mr. David Martin
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12. Modeling business dependencies for credit portfolios
- Dr. Markus A. Leippold
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13. VaR when volatility is changing
- Dr. Elizabeth Sheedy
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14. Conditional Value at Risk (CoVAR)
- Mr. KiHoon Jimmy Hong
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15. Dependence modeling with copulas
- Prof. Paul Embrechts
- Dr. Johanna Neslehova
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16. Extreme value theory and copulas
- Prof. Paul Embrechts
- Dr. Johanna Neslehova
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17. Measures of financial risk
- Prof. Kevin Dowd
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18. Modelling UK Mortgage Default in Light of the Financial Crisis
- Mr. Warapong Wongwachara
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19. Statistical models for risk management
- Prof. John Knight
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20. The structure of equity risk models
- Mr. Jason MacQueen
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21. Utility theory and mean variance
- Dr. Norvald Instefjord
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22. Definitions of risk
- Dr. Norvald Instefjord
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23. Practical use of portfolio risk management today
- Mr. Daryl Roxburgh
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24. Volatility
- Dr. George A. Christodoulakis
Printable Handouts
Navigable Slide Index
- Introduction
- Statistical models for risk management
- Outline
- Definisions of returns
- Annualize multiyear returns
- Log return and multiperiod return
- Dividend paying assets
- Excess return
- Distribution of returns
- Problems (1)
- Problems (2)
- Log-normal
- Log-returns
- Final equation
- Basic definition of normal random variable
- Finding all moments
- Log-normal and historical returns
- Returns - summary of stylized facts
- Notation
- Skewness and kurtosis - definition
- Note
- Autocovariance
- Stationarity (1)
- Stationarity (2)
- Autocorrelation
- Distributional model for asset return (1)
- Distributional model for asset return (2)
- Distributional model for asset return (3)
- Models of conditional variance
- ARCH/GARCH (1)
- ARCH/GARCH - properties
- ARCH/GARCH (2)
- Stochastic volatility (SV) models (1)
- Stochastic volatility (SV) models (2)
- Distribution of returns - multivariate
- Multivariate normal distribution
- Note - multivariate normal distribution (1)
- Note - multivariate normal distribution (2)
- Mixture distributions (1)
- Mixture distributions (2)
- Mixture distributions (3)
- Multivariate GARCH processes (1)
- Multivariate GARCH processes (2)
- Non-linear dependence and copulas
- Note - non-linear dependence
- Sklar's theorem (Sklar (1959)) (1)
- Sklar's theorem (Sklar (1959)) (2)
- Rank correlation, tail dependence and copulas (1)
- Rank correlation, tail dependence and copulas (2)
- Rank correlation, tail dependence and copulas (3)
- Tail dependence
- Copulas - types
- Bivariate Gaussian copula (1)
- Bivariate Gaussian copula (2)
- t copula
- Gumbel copula
- Clayton copula
- References and further reading (1)
- References and further reading (2)
- Further reading
Topics Covered
- Definition of returns: simple returns and log returns
- Distribution of returns, univariate: normal and log-normal distribution
- Stylized facts of historical returns
- Skewness, kurtosis, autocorrelation and stationarity
- ARCH, GARCH and stochastic volatility (SV) models
- Distribution of returns, multivariate: multivariate normal distribution
- Multivariate GARCH and SV models
- Copulas and non-linear dependence
Talk Citation
Knight, J. (2007, October 1). Statistical models for risk management [Video file]. In The Business & Management Collection, Henry Stewart Talks. Retrieved January 2, 2025, from https://doi.org/10.69645/SNSS5157.Export Citation (RIS)