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Philip J. Mcdonnell is a trader and software/trading methodologies developer who has created proprietary data collection and analysis tools for real-time analysis of market direction and stock selection, with an emphasis on options analysis. He has handled network operations for a venture capital incubator, The Inception Group, and developed and sold options analysis software packages. McDonnell served as a research assistant at the University of California, Berkeley, School of Business, under Victor Niederhoffer. He holds degrees in mathematics and computer science from the University of California, Berkeley.
Preface | p. xi |
Acknowledgments | p. xiii |
Modeling Market Microstructure-Randomness in Markets | p. 1 |
The Random Walk Model | p. 3 |
What You Cannot Predict Is Random to You | p. 5 |
Market Microstructure | p. 7 |
Efficient Market Hypothesis | p. 9 |
Arbitrage Pricing Theory | p. 10 |
Distribution of Price Changes | p. 13 |
The Normal Distribution | p. 13 |
Reflection Principle | p. 17 |
Approximation of the Normal Distribution by Rational Polynomial | p. 18 |
Lognormal Distribution | p. 19 |
Symmetry of the Normal and Lognormal | p. 22 |
Why Pick a Distribution at All? | p. 23 |
The Empirical Distribution | p. 24 |
The Lognormal as an Approximation | p. 26 |
Investment Objectives | p. 29 |
Statistician's Fair Game | p. 29 |
A Fair Game Is a Loser! | p. 30 |
Criteria for a Favorable Game | p. 30 |
Gambler's Ruin | p. 31 |
Optimal Return Models | p. 32 |
Markets Are Rational, Psychologists Are Not | p. 34 |
The St. Petersburg Paradox | p. 36 |
Compounded Return Is the Real Objective | p. 37 |
Defining Risk | p. 38 |
Minimum Risk Models | p. 41 |
Correlation of Assets | p. 41 |
Summary of Correlation Relationships | p. 42 |
Beta and Alpha | p. 43 |
The Efficient Frontier and the Market Portfolio | p. 46 |
The Sharpe Ratio | p. 47 |
Limitations of Modern Portfolio Theory | p. 48 |
Modeling Risk Management and Stop-loss Myths | p. 51 |
Stop-loss Orders | p. 52 |
Stops: Effect on the Mean Return | p. 53 |
Stops: Effect on the Probability of Gain | p. 56 |
Stops: Probability of Being Stopped Out | p. 56 |
Stops: Effect on Variance and Standard Deviation | p. 58 |
Effect on Skew | p. 59 |
Effect on the Kurtosis | p. 60 |
Stop-loss: Summary | p. 61 |
Modeling Stops | p. 61 |
Identifying When to Use Stops and When Not To | p. 62 |
Stop-Profits | p. 64 |
Puts and Calls | p. 65 |
Maximal Compounded Return Model | p. 67 |
Optimal Compound Return Models | p. 68 |
Relative Returns | p. 68 |
Average Stock Returns, but Compound Portfolio Returns | p. 70 |
Logarithms and the Optimal Exponential Growth Model | p. 71 |
Position Sizing as the Only Guaranteed Risk Control | p. 71 |
Controlling Risk through Optimal Position Sizing | p. 72 |
Maximize Compounded Portfolio Return | p. 72 |
Maximal Compounded Return Models | p. 73 |
What the Model Is and Is Not | p. 74 |
Modeling the Empirical Distribution | p. 75 |
Correlations | p. 76 |
The Enhanced Maximum Investment Formulas | p. 77 |
Expected Drawdowns May Be Large | p. 78 |
Utility Models-Preferences Toward Risk and Return | p. 79 |
Basis for a Utility Model | p. 80 |
History of Logarithms | p. 81 |
Optimal Compounded Utility Model | p. 84 |
The Sharpe Ratio | p. 85 |
Optimal Model for the Sharpe Ratio | p. 85 |
Optimization with Excel Solver | p. 88 |
Money Management Formulas Using the Joint Multiasset Distribution | p. 93 |
The Continuous Theoretical Distributions | p. 94 |
Maximal Log Log Model in the Presence of Correlation | p. 94 |
Optimal Sharpe Model with Correlation | p. 95 |
The Empirical Distribution | p. 96 |
Maximal Log Log Model in the Presence of Correlation | p. 97 |
Maximizing the Sharpe Ratio in the Presence of Correlation | p. 97 |
Proper Backtesting for Portfolio Models | p. 101 |
Assuring Good Data | p. 102 |
Synchronize Data | p. 102 |
Use Net Changes Not Levels | p. 103 |
Only Use Information from the Past | p. 104 |
Predictive Studies versus Nonpredictive Studies | p. 106 |
Use Intraday Highs and Lows for Model Accuracy | p. 107 |
Adjusted Data May Be Erroneous | p. 108 |
Adjusting Your Own Data | p. 109 |
Miscellaneous Data Pitfalls | p. 109 |
Tabulate and Save the Detailed Results with Dates | p. 110 |
Overlapping Dates Are Important for Correlations | p. 110 |
Calculate Mean, Standard Deviation, Variance, and Probability of Win | p. 111 |
Robust Methods to Find Statistics | p. 111 |
Confidence Limits for Robust Statistics | p. 112 |
The Combined Optimal Portfolio Model | p. 113 |
Choosing the Theoretical Distribution | p. 114 |
The Empirical Distribution | p. 115 |
Selecting Sharpe versus a Log Log Objective Function | p. 116 |
Model Simulation | p. 117 |
Professional Money Manager versus Private Investor | p. 119 |
About the CD-Rom | p. 121 |
Introduction | p. 121 |
System Requirements | p. 121 |
What's on the CD | p. 122 |
Updates to the CD-ROM | p. 124 |
Customer Care | p. 124 |
Table of Values of the Normal Distribution | p. 125 |
Installing R | p. 129 |
Introduction to R | p. 131 |
R Language Definition | p. 233 |
Index | p. 295 |
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