Preface | p. vii |
Foreword | p. xv |
Production Function and Regression Methods Using R | p. 1 |
R and Microeconometric Preliminaries | p. 2 |
Data on Metals Production Available in R | p. 3 |
Descriptive Statistics Using R | p. 4 |
Writing Skewness and Kurtosis Functions in R | p. 5 |
Units of Measurement and Numerical Reliability of Regressions | p. 6 |
Basic Graphics in R | p. 7 |
The Isoquant | p. 8 |
Total Productivity of an Input | p. 9 |
The Marginal Productivity (MP) of an Input | p. 9 |
Slope of the Isoquant and MRTS | p. 9 |
Scale Elasticity as the Returns to Scale Parameter | p. 11 |
Elasticity of Substitution | p. 12 |
Typical Steps in Empirical Work | p. 13 |
Preliminary Regression Theory: Results Using R | p. 13 |
Regression as an Object `reg1' in R | p. 16 |
Accessing Objects Within an R Object by Using the Dollar Symbol | p. 17 |
Deeper Regression Theory: Diagonals of the Hat Matrix | p. 18 |
Discussion of Four Diagnostic Plots by R | p. 20 |
Testing Constant Returns and 3D Scatter Plots | p. 23 |
Homothetic Production and Cost Functions | p. 26 |
Euler Theorem and Duality Theorem | p. 29 |
Profit Maximizing Solutions | p. 30 |
Elasticity of Total Cost w.r.t. Output | p. 31 |
Miscellaneous Microeconomic Topics | p. 32 |
Analytic Input Demand Function for the Cobb-Douglas Form | p. 32 |
Separability in the Presence of Three or More Inputs | p. 32 |
Two or More Outputs as Joint Outputs | p. 33 |
Economies of Scope | p. 33 |
Nonhomogeneous Production Functions | p. 34 |
Three-Input Production Function for Widgets | p. 34 |
Isoquant Plotting for a Bell System Production Function | p. 42 |
Collinearity Problem, Singular Value Decomposition (SVD), and Ridge Regression | p. 45 |
What is Collinearity? | p. 45 |
Consequences of Near Collinearity | p. 48 |
Regression Theory Using the Singular Value Decomposition | p. 51 |
Near Collinearity Solutions by Coefficient Shrinkage | p. 55 |
Ridge Regression | p. 57 |
Principal Components Regression | p. 61 |
Bell System Production Function in Anti-Trust Trial | p. 62 |
Collinearity Diagnostics for Bell Data Trans-Log | p. 65 |
Shrinkage Solution and Ridge Regression for Bell Data | p. 65 |
Ridge Regression from Existing R Packages | p. 66 |
Comments on Wrong Signs, Collinearity, and Ridge Scaling | p. 69 |
Concluding Comments on the 1982 Bell System Breakup | p. 75 |
Data Appendix | p. 75 |
Univariate Time Series Analysis with R | p. 77 |
Econometric Univariate Time Series are Ubiquitous | p. 77 |
Stochastic Difference Equations | p. 81 |
Second-Order Stochastic Difference Equation and Business Cycles | p. 85 |
Complex Number Solution of the Stochastic AR(2) Difference Equation | p. 87 |
General Solution to ARMA (p,p - 1) Stochastic Difference Equations | p. 89 |
Properties of ARIMA Models | p. 91 |
Identification of the Lag Order | p. 93 |
ARIMA Estimation | p. 100 |
ARIMA Diagnostic Checking | p. 101 |
Stochastic Process and Stationarity | p. 108 |
Stochastic Process and Underlying Probability Space | p. 108 |
Autocovariance of a Stochastic Process and Ergodicity | p. 110 |
Stationary Process | p. 112 |
Detrending and Differencing to Achieve Stationarity | p. 117 |
Mean Reversion | p. 129 |
Autocovariance Generating Functions (AGF) and the Power Spectrum | p. 132 |
How to Get the Power Spectrum from the AGF? | p. 133 |
Explicit Modeling of Variance (ARCH, GARCH Models.) | p. 136 |
Tests of Independence, Neglected Nonlinearity, Turning Points | p. 139 |
Long Memory Models and Fractional Differencing | p. 143 |
Forecasting | p. 147 |
Concluding Remarks and Examples | p. 150 |
Bivariate Time Series Analysis Including Stochastic Diffusion and Cointegration | p. 153 |
Autoregressive Distributed Lag (ARDL) Models | p. 153 |
Economic Interpretations of ARDL(1,1) Model | p. 161 |
Description of M1 to M11 Model Specifications | p. 162 |
ARDL(0,q) as M12 Model, Impact and Long-Run Multipliers | p. 166 |
Adaptive Expectations Model to Test Rational Expectations Hypothesis | p. 167 |
Statistical Inference and Estimation with Lagged-Dependent Variables | p. 168 |
Identification Problems Involving Expectational Variables (I. Fisher Example) | p. 168 |
Impulse Response, Mean Lag and Insights from a Polynomials in L | p. 169 |
Choice Between M1 to M11 Models Using R | p. 170 |
Stochastic Diffusion Models for Asset Prices | p. 176 |
Spurious Regression (R2 > Durbin Watson) and Cointegration | p. 183 |
Definition of a Process Integrated of Order d, I(d) | p. 183 |
Cointegration Definition and Discussion | p. 184 |
Error Correction Models of Cointegration | p. 185 |
Economic Equilibria and Error Reductions through Learning | p. 186 |
Signs and Significance of Coefficients on Past Errors while Agents Learn | p. 187 |
Granger Causality Testing | p. 189 |
Utility Theory and Empirical Implications | p. 191 |
Utility Theory | p. 191 |
Expected Utility Theory (EUT) | p. 192 |
Arrow-Pratt Coefficient of Absolute Risk Aversion (CARA) | p. 197 |
Risk Premium Needed to Encourage Risky Investments | p. 199 |
Taylor Series Links EUT, Moments of f(x) and Derivatives of U(x) | p. 200 |
Non-Expected Utility Theory | p. 202 |
Lorenz Curve Scaling over the Unit Square | p. 203 |
Mapping From EUT to Non-EUT within the Unit Square to Get Decision Weights | p. 206 |
Incorporating Utility Theory into Risk Measurement and Stochastic Dominance | p. 210 |
Class D1 of Utility Functions and Investors | p. 210 |
Class D2 of Utility Functions and Investors | p. 210 |
Explicit Utility Functions and Arrow-Pratt Measures of Risk Aversion | p. 211 |
Class D3 of Utility Functions and Investors | p. 212 |
Class D4 of Utility Functions and Investors | p. 212 |
First-Order Stochastic Dominance (1SD) | p. 214 |
Second-Order Stochastic Dominance (2SD) | p. 216 |
Third-Order Stochastic Dominance (3SD) | p. 217 |
Fourth-Order Stochastic Dominance (4SD) | p. 218 |
Empirical Checking of Stochastic Dominance Using Matrix Multiplications and Incorporation of 4DPs of Non-EUT | p. 218 |
Vector Models for Multivariate Problems | p. 227 |
Introduction and VAR Models | p. 227 |
Some R Packages for Vector Modeling | p. 228 |
Vector Autoregression or VAR Models | p. 228 |
Data Collection Tips Using R | p. 229 |
VAR Estimation of Sims' Model | p. 237 |
Granger-Causality Analysis in VAR Models | p. 240 |
Forecasting Out-of-Sample in VAR Models | p. 242 |
Impulse Response Analysis in VAR Models | p. 243 |
Multivariate Regressions: Canonical Correlations | p. 248 |
Why Canonical Correlation is Not Popular So Far | p. 251 |
VAR Estimation and Cointegration Testing Using Canonical Correlations | p. 257 |
Final Remarks: Multivariate Statisics Using R | p. 259 |
Simultaneous Equation Models | p. 261 |
Introduction | p. 261 |
Simultaneous Equation Notation System with Stars and Subscripts | p. 263 |
Simultaneous Equations Bias and the Reduced Form | p. 266 |
Successively Weaker Assumptions Regarding the Nature of the Zj Matrix of Regressors | p. 269 |
Reduced Form Estimation and Other Alternatives to OLS | p. 269 |
Assumptions of Simultaneous Equations Models | p. 271 |
Instrumental Variables and Generalized Least Squares | p. 272 |
The Instrumental Variables (IV) and Generalized IV (GIV) Estimator | p. 273 |
Choice Between OLS and IV by Using Wu-Hausman Specification Test | p. 275 |
Limited Information and Two-Stage Least Squares | p. 277 |
Two-Stage Least Squares | p. 277 |
The k-class Estimator | p. 278 |
Limited Information Maximum Likelihood (LIML) Estimator | p. 280 |
Identification of Simultaneous Equation Models | p. 282 |
Identification is Uniquely Going from the Reduced Form to the Structure | p. 285 |
Full Information and Three-Stage Least Squares (3SLS) | p. 288 |
Full Information Maximum Likelihood | p. 293 |
Potential of Simultaneous Equations Beyond Econometrics | p. 294 |
Limited Dependent Variable (GLM) Models | p. 295 |
Problems with Dummy Dependent Variables | p. 295 |
Proof of the Claim that Var(e<$$$>[Page No. xxiv]i) = Pi(1 - Pi) | p. 300 |
The General Linear Model from Biostatistics | p. 304 |
Marginal Effects (Partial Derivatives) in Logit-Type GLM Models | p. 308 |
Further Generalizations of Logit and Probit Models | p. 309 |
Ordered Response | p. 312 |
Quasi-Likelihood Function for Binary Choice Models | p. 314 |
The ML Estimator in Binary Choice Models | p. 315 |
Tobit Model for Censored Dependent Variables | p. 317 |
Heckman Two-Step Estimator for Self-Selection Bias | p. 322 |
Time Duration Length (Survival) Models | p. 326 |
Probability Distributions and Implied Hazard Functions | p. 330 |
Parametric Survival (Hazard) Models | p. 331 |
Semiparametric Including Cox Proportional Hazard Models | p. 333 |
Dynamic Optimization and Empirical Analysis of Consumer Behavior | p. 343 |
Introduction | p. 343 |
Dynamic Optimization | p. 344 |
Hall's Random Walk Model | p. 346 |
Data from the Internet and an Implementation | p. 349 |
OLS Estimation of the Random Walk Model | p. 350 |
Direct Estimation of Hall's NLHS Specification | p. 352 |
Strong Assumptions and Granger-Causality Tests | p. 356 |
Nonparametric Kernel Estimation | p. 358 |
Kernel Estimation of Amorphous Partials | p. 360 |
Wiener-Hopf-Whittle Model if Consumption Precedes Income | p. 364 |
Determination of Target Consumption | p. 365 |
Implications for Various Puzzles of Consumer Theory | p. 368 |
Final Remarks on Consumer Theory | p. 369 |
Appendix: Additional R Code | p. 370 |
Single, Double and Maximum Entropy Bootstrap and Inference | p. 377 |
The Motivation and Background Behind Bootstrapping | p. 377 |
Pivotal Quantity and p-Value | p. 378 |
Uncertainty Regarding Proper Density for Regression Errors Illustrated | p. 380 |
The Delta Method for Standard Error of Functions | p. 382 |
Description of Parametric iid Bootstrap | p. 383 |
Simulated Sampling Distribution for Statistical Inference Using OLS Residuals | p. 383 |
Steps in a Parametric Approximation | p. 386 |
Percentile Confidence Intervals | p. 387 |
Reflected Percentile Confidence Interval for Bias Correction | p. 388 |
Significance Tests as Duals to Confidence Intervals | p. 388 |
Description of Nonparametric iid Bootstrap | p. 391 |
Map Data from Time-Domain to (Numerical Magnitudes) Values-Domain | p. 391 |
Double Bootstrap Illustrated with a Nonlinear Model | p. 398 |
A Digression on the Size of Resamples | p. 399 |
Double Bootstrap Theory Involving Roots and Uniform Density | p. 399 |
GNR Implementation of Nonlinear Regression for Metals Data | p. 401 |
Maximum Entropy Density Bootstrap for Time-Series Data | p. 407 |
Wiener, Kolmogorov, Khintchine (WKK) Ensemble of Time Series | p. 408 |
Avoiding Unrealistic Properties of iid Bootstrap | p. 409 |
Maximum Entropy Density is Uniform When Limits are Known | p. 410 |
Quantiles of the Patchwork of the ME Density | p. 412 |
Numerical Illustration of "Meboot" Package in R | p. 413 |
Simple and Size-Corrected Confidence Bounds | p. 418 |
Generalized Least Squares, VARMA, and Estimating Functions | p. 419 |
Feasible Generalized Least Squares (GLS) to Adjust for Autocorrelated Errors and/or Heteroscedasticity | p. 419 |
Consequences of Ignoring Nonspherical Errors O ≠<$$$>[Page No. xxvi] IT | p. 419 |
Derivation of the GLS and Efficiency Comparison | p. 420 |
Computation of the GLS and Feasible GLS | p. 422 |
Improved OLS Inference for Nonspherical Errors | p. 424 |
Efficient Estimation of b<$$$>[Page No. xxvi] Coefficients | p. 425 |
An Illustration Using Fisher's Model for Interest Rates | p. 426 |
Vector ARMA Estimation for Rational Expectations Models | p. 429 |
Greater Realism of VARMA(p,q) Models | p. 431 |
Expectational Variables from Conditional Forecasts in a General Model | p. 432 |
A Rational Expectation Model Using VARMA | p. 433 |
Further Forecasts, Transfer Function Gains, and Response Analysis | p. 438 |
Optimal Estimating Function (OptEF) and Generalized Method of Moments (GMM) | p. 443 |
Derivation of Optimal Estimating Functions for Regressions | p. 443 |
Finite Sample Optimality of OptEF | p. 445 |
Introduction to the GMM | p. 445 |
Cases Where OptEF Viewpoint Dominates GMM | p. 447 |
Advantages and Disadvantages of GMM and OptEF | p. 449 |
Godambe Pivot Functions (GPFs) and Statistical Inference | p. 450 |
Application of the Frisch-Waugh Theorem to Constructing CI95 | p. 452 |
Steps in Application of GPF to Feasible GLS Estimation | p. 453 |
Box-Cox, Loess and Projection Pursuit Regression | p. 459 |
Further R Tools for Studying Nonlinear Relations | p. 459 |
Box-Cox Transformation | p. 459 |
Logarithmic and Square Root Transformations | p. 459 |
Scatterplot Smoothing and Loess Regressions | p. 463 |
Improved Fit (Forecasts) by Loess Smoothing | p. 465 |
Projection Pursuit Methods | p. 466 |
Remarks on Nonlinear Econometrics | p. 477 |
Appendix | p. 479 |
References | p. 485 |
Index | p. 505 |
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