The analysis of sports forecasting : modeling parallels between sports gambling and financial markets /

Saved in:
Bibliographic Details
Author / Creator:Mallios, William S. (William Steve), 1935-
Imprint:Boston : Kluwer Academic, c2000.
Description:xviii, 294 p. : ill. ; 25 cm.
Language:English
Subject:
Format: Print Book
URL for this record:http://pi.lib.uchicago.edu/1001/cat/bib/4270549
Hidden Bibliographic Details
ISBN:0792377133 (alk. paper)
Notes:Includes bibliographical references and index.
Table of Contents:
  • Preface
  • Introduction: A Variety of Betting Lines
  • Part I. Models, Moralities, and Misconceptions
  • 1. A New Information Age
  • 1.1. Commentary on Television and the Information Age
  • 1.2. Information Ages of Bygone Days
  • 1.3. Data, Data Everywhere
  • 1.4. Data, Data Analysis, Information, and Knowledge
  • 1.5. Internet and Data Oversaturation
  • 2. Data Generators
  • 2.1. Experiments Versus Observational Studies
  • 3. Gambling, Speculation, and Investment
  • 3.1. Gambling Versus Speculation
  • 3.2. Speculation Versus Investment
  • 4. Commentaries
  • 4.1. Modeling Persuasions
  • Part II. Modeling Concepts
  • 1. Expectations: Gambling, Rational and Statistical
  • 1.1. Gambling Expectations as Defined by the Oddsmaker's Line
  • 1.2. Inadequacies of Simple Extrapolation Models
  • 1.3. The Rational Expectations Hypothesis in the Context of the Oddsmaker's Line
  • 1.4. Known Versus Unknown Expectations
  • 2. Shocks: Deviations From Expectations
  • 2.1. Gambling Shocks
  • 2.2. Statistical Shocks
  • 2.3. Baseball Shocks
  • 2.4. Effects of Lagged Shocks on Game Outcomes
  • 3. Modeling Approaches
  • 3.1. A Review of Related Literature
  • 3.2. Posterior Probability of Beating the Line
  • 3.3. An Exploratory Function for Model Building
  • 3.4. On the Nature of Effects
  • 3.5. Approximating the Exploratory Function
  • 3.6. Team Specific Versus Game Specific Forecasting Equations
  • Part III. Football
  • 1. Modeling National Football League Games
  • 1.1. Variables and Data Under Study
  • 1.2. Modeling Procedure
  • 1.3. Year of the 49er Repeat
  • 1.4. Selected Team Profiles of 1989-90: The Bills, 49ers, Giants, and Vikings
  • 1.5. Studies in Playoff Game Forecasts
  • 1.6. Some Implications of NFL Modeling Results
  • 1.7. The Jocks Speak: A Potpourri
  • Part IV. Basketball
  • 1. Modeling National Basketball Association Games
  • 1.1. Variables and Data Under Study
  • 1.2. Modeling Procedure
  • 1.3. The Year 1989: The Pistons' First and Kareem's Last
  • 1.4. A Contrast in Team Profiles: The Lakers and Pistons
  • 1.5. Forecasting Results for Laker-Piston Playoff Games
  • 1.6. Some implications of NBA Modeling Results
  • Part V. Baseball
  • 1. Evolution of a Ball and Stick Experiment
  • 1.1. Mythology and Abner Doubleday
  • 1.2. Ball, Stick, and Fertility Rites
  • 1.3. Baseball in King Arthur's Court
  • 1.4. Cartwright's Rules
  • 1.5. The Demigod
  • 1.6. Baseball and the Civil-Human Rights Movements
  • 2. Modeling Major League Baseball Games
  • 2.1. Variables and Data Under Study
  • 2.2. Team Specific Versus Pitcher Specific Models
  • 2.3. Modeling Procedure
  • 2.4. The 1990 Season: According to Form--Except for Four Games
  • 2.5. Team Profiles: Boston and Oakland
  • 2.6. Pitcher Profiles: Clemens, Stewart, and Welch
  • 2.7. Some Forecasting Results
  • 2.8. Some implications of Major League Baseball Modeling Results
  • Part VI. Selection of Athletes
  • 1. The Belarussian Connection
  • 1.1. Experiments in Transition
  • 1.2. Factors Affecting Performance in the 500 Meter Run and Standing Long Jump
  • 1.3. Discrimination Between Top Class Swimmers and Rowers
  • Part VII. Financial Markets
  • 1. On the Predictability of Short Term Currency Fluctuations
  • 1.1. Modeling: To Forecast or to Induce Changes
  • 1.2. Cracks in Random Walk Dogma
  • 1.3. Modeling Parallels Between Sports Gambling and Currency Markets
  • 1.4. Gambling Expectations From the Forward Market
  • 1.5. Japanese Candlestick Configurations
  • 1.6. Quantification of Candlestick Configurations for Use as Concomitant Variables in Modeling
  • 1.7. The Weekly Yen/$U.S. Exchange Rate Through a Period of Volatility
  • 1.8. The Yen/$U.S. Exchange Rate Analysis: Modeling Weekly Changes in Currency Rates
  • 1.9. An Indication of Predictive Validity for the Yen Model
  • 2. Modeling Short Term Fluctuations of Common Stock Issues
  • 2.1. Estimating Gambling Expectation from the Options Markets
  • 2.2. Volume Configurations as Concomitants
  • 2.3. IBM Analysis: Modeling Weekly Price Changes
  • 2.4. An Indication of Predictive Validity for the IBM Model
  • 2.5. United Air Lines Time Series Analysis: Modeling Daily Price Changes
  • 2.6. An Indication of Predictive Validity for the UAL Model
  • 2.7. Multiple Time Series Analysis of United Air Lines and Delta Air Lines
  • 2.8. Discriminant Analysis of Daily Price Changes: K Mart and Wal Mart Modeling
  • 2.9. Modeling Mixtures of Time Series
  • Appendix
  • A.1. Time Series Analysis: Overview of Arma, Bilinear, and Higher Order Models
  • A.1.1. Preliminary Comments
  • A.1.2. Overview of Autoregressive Moving Average (ARMA) Models
  • A.1.3. Overview of Bilinear Models
  • A.1.4. Approaches to Modeling Heteroskedasticity Through Time Varying Coefficients
  • A.1.5. Autoregressive Conditional Heteroskedasticity
  • A.1.6. Generalized Autoregressive Conditional Heteroskedasticity
  • A.1.7. ARMA Models with GARCH Errors
  • A.1.8. Model Misspecification
  • A.1.9. Least Squares Estimation for Non-Varying Coefficients
  • A.1.10. Empirical Bayes Estimation for Time Varying Coefficients
  • A.2. Multiple Time Series Equations
  • A.2.1. Models Based on Wold's Decomposition Theorem
  • A.2.2. Multiple, Higher-Order Systems of Time Series Equations
  • A.2.3. Extensions to Rational Expectations
  • A.2.4. Classification of Events According to Observed Outcomes and States of Nature in Currency Markets
  • A.3. Quantification of Structural Effects in Regression Systems
  • A.3.1. Preliminary Comments
  • A.3.2. Structural and Reduced Systems: Exploratory Models and Assumptions
  • A.3.3. Increasing Efficiency Through Restricted Systems: Adjustments for Intra Sample Biases
  • A.3.4. Estimation in Structural Systems
  • A.3.5. Examples of Model Ambiguity in Structural Systems
  • A.3.6. Structural Experimental Design Reconsidered
  • Index
  • List of Figures