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Foreword | |
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Introduction | |
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Acknowledgments | |
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Measuring Return and Risk | |
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Characteristics of Hedge Funds | |
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What are hedge funds? | |
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Investment styles | |
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The tactical trading investment style | |
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The equity long/short style | |
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The event-driven style | |
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The relative value arbitrage style | |
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Funds of funds and multi-strategy funds | |
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The current state of the hedge fund industry | |
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Measuring Return | |
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The difficulties of obtaining information | |
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Equalization, crystallization and multiple share classes | |
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The inequitable allocation of incentive fees | |
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The free ride syndrome | |
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Onshore versus offshore funds | |
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The multiple share approach | |
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The equalization factor/depreciation deposit approach | |
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Simple equalization | |
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Consequences for performance calculation | |
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Measuring returns | |
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The holding period return | |
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Annualizing | |
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Multiple hedge fund aggregation | |
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Continuous compounding | |
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Return and Risk Statistics | |
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Calculating return statistics | |
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Central tendency statistics | |
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Gains versus losses | |
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Measuring risk | |
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What is risk? | |
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Range, quartiles and percentiles | |
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Variance and volatility (standard deviation) | |
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Some technical remarks on measuring historical volatility/variance | |
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Back to histograms, return distributions and z-scores | |
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Downside risk measures | |
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From volatility to downside risk | |
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Semi-variance and semi-deviation | |
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The shortfall risk measures | |
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Value at risk | |
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Drawdown statistics | |
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Benchmark-related statistics | |
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Intuitive benchmark-related statistics | |
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Beta and market risk | |
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Tracking error | |
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Risk-Adjusted Performance Measures | |
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The Sharpe ratio | |
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Definition and interpretation | |
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The Sharpe ratio as a long/short position | |
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The statistics of Sharpe ratios | |
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The Treynor ratio and Jensen alpha | |
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The CAPM | |
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The market model | |
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The Jensen alpha | |
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The Treynor ratio | |
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Statistical significance | |
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Comparing Sharpe, Treynor and Jensen | |
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Generalizing the Jensen alpha and the Treynor ratio | |
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M[superscript 2], M[superscript 3] and Graham-Harvey | |
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The M[superscript 2] performance measure | |
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GH1 and GH2 | |
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Performance measures based on downside risk | |
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The Sortino ratio | |
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The upside potential ratio | |
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The Sterling and Burke ratios | |
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Return on VaR (Ro VaR) | |
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Conclusions | |
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Databases, Indices and Benchmarks | |
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Hedge fund databases | |
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The various biases in hedge fund databases | |
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Self-selection bias | |
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Database/sample selection bias | |
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Survivorship bias | |
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Backfill or instant history bias | |
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Infrequent pricing and illiquidity bias | |
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From databases to indices | |
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Index construction | |
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The various indices available and their differences | |
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Different indices-different returns | |
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Towards pure hedge fund indices | |
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From indices to benchmarks | |
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Absolute benchmarks and peer groups | |
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The need for true benchmarks | |
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Understanding the Nature of Hedge Fund Returns and Risks | |
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Covariance and Correlation | |
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Scatter plots | |
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Covariance and correlation | |
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Definitions | |
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Another interpretation of correlation | |
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The Spearman rank correlation | |
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The geometry of correlation and diversification | |
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Why correlation may lead to wrong conclusions | |
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Correlation does not mean causation | |
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Correlation only measures linear relationships | |
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Correlations may be spurious | |
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Correlation is not resistant to outliers | |
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Correation is limited to two variables | |
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The question of statistical significance | |
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Sample versus population | |
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Building the confidence interval for a correlation | |
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Correlation differences | |
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Correlation when heteroscedasticity is present | |
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Regression Analysis | |
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Simple linear regression | |
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Reality versus estimation | |
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The regression line in a perfect world | |
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Estimating the regression line | |
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Illustration of regression analysis: Andor Technology | |
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Measuring the quality of a regression: multiple R, R[superscript 2], ANOVA and p-values | |
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Testing the regression coefficients | |
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Reconsidering Andor Technology | |
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Simple linear regression as a predictive model | |
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Multiple linear regression | |
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Multiple regression | |
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Illustration: analyzing the Grossman Currency Fund | |
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The dangers of model specification | |
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The omitted variable bias | |
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Extraneous variables | |
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Multi-collinearity | |
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Heteroscedasticity | |
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Serial correlation | |
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Alternative regression approaches | |
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Non-linear regression | |
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Transformations | |
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Stepwise regression and automatic selection procedures | |
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Non-parametric regression | |
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Asset Pricing Models | |
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Why do we need a factor model? | |
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The dimension reduction | |
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Linear single-factor models | |
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Single-factor asset pricing models | |
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Example: the CAPM and the market model | |
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Application: the market model and hedge funds | |
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Linear multi-factor models | |
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Multi-factor models | |
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Principal component analysis | |
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Common factor analysis | |
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How useful are multi-factor models? | |
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Accounting for non-linearity | |
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Introducing higher moments: co-skewness and co-kurtosis | |
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Conditional approaches | |
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Hedge funds as option portfolios | |
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The early theoretical models | |
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Modeling hedge funds as option portfolios | |
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Do hedge funds really produce alpha? | |
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Styles, Clusters and Classification | |
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Defining investment styles | |
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Style analysis | |
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Fundamental style analysis | |
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Return-based style analysis | |
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The original model | |
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Application to hedge funds | |
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Rolling window analysis | |
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Statistical significance | |
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The dangers of misusing style analysis | |
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The Kalman filter | |
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Cluster analysis | |
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Understanding cluster analysis | |
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Clustering methods | |
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Applications of clustering techniques | |
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Allocating Capital to Hedge Funds | |
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Revisiting the Benefits and Risks of Hedge Fund Investing | |
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The benefits of hedge funds | |
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Superior historical risk/reward trade-off | |
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Low correlation to traditional assets | |
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Negative versus positive market environments | |
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The benefits of individual hedge fund strategies | |
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Caveats of hedge fund investing | |
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Strategic Asset Allocation--From Portfolio Optimizing to Risk Budgeting | |
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Strategic asset allocation without hedge funds | |
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Identifying the investor's financial profile: the concept of utility functions | |
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Establishing the strategic asset allocation | |
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Introducing hedge funds in the asset allocation | |
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Hedge funds as a separate asset class | |
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Hedge funds versus traditional asset classes | |
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Hedge funds as traditional asset class substitutes | |
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How much to allocate to hedge funds? | |
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An informal approach | |
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The optimizers' answer: 100% in hedge funds | |
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How exact is mean-variance? | |
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Static versus dynamic allocations | |
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Dealing with valuation biases and autocorrelation | |
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Optimizer's inputs and the GIGO syndrome | |
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Non-standard efficient frontiers | |
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How much to allocate to hedge funds? | |
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Hedge funds as portable alpha overlays | |
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Hedge funds as sources of alternative risk exposure | |
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Risk Measurement and Management | |
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Value at risk | |
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Value at risk (VaR) is the answer | |
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Traditional VaR approaches | |
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The modified VaR approach | |
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Extreme values | |
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Approaches based on style analysis | |
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Extension for liquidity: L-VaR | |
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The limits of VaR and stress testing | |
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Monte Carlo simulation | |
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Monte Carlo for hedge funds | |
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Looking in the tails | |
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From measuring to managing risk | |
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The benefits of diversification | |
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Conclusions | |
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Online References | |
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Bibliography | |
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Index | |