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Regression Analysis for Social Sciences

Regression Analysis for Social Sciences

of: Alexander von Eye, Christof Schuster

Elsevier Trade Monographs, 1998

ISBN: 9780080550824 , 386 Pages

Format: PDF, ePUB, Read online

Copy protection: DRM

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Price: 94,95 EUR



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Regression Analysis for Social Sciences


 

Front Cover

1

Regression Analysis for Social Sciences

4

Copyright Page

5

Contents

6

Preface

12

CHAPTER 1. INTRODUCTION

18

CHAPTER 2. SIMPLE LINEAR REGRESSION

24

2.1 Linear Functions and Estimation

24

2.2 Parameter Estimation

29

2.3 Interpreting Regression Parameters

43

2.4 Interpolation and Extrapolation

45

2.5 Testing Regression Hypotheses

46

CHAPTER 3. MULTIPLE LINEAR REGRESSION

60

3.1 Ordinary Least Squares Estimation

61

3.2 Data Example

67

3.3 Multiple Correlation and Determination

70

3.4 Significance Testing

75

CHAPTER 4. CATEGORICAL PREDICTORS

80

4.1 Dummy and Effect Coding

82

4.2 More Than Two Categories

87

4.3 Multiple Categorical Predictors

94

CHAPTER 5. OUTLIER ANALYSIS

98

5.1 Leverage Outliers

98

5.2 Remedial Measures

106

CHAPTER 6. RESIDUAL ANALYSIS

116

6.1 Illustrations of Residual Analysis

117

6.2 Residuals and Variable Relationships

123

CHAPTER 7. POLYNOMIAL REGRESSION

134

7.1 Basics

134

7.2 Orthogonal Polynomials

141

7.3 Example of Non-Equidistant Predictors

145

CHAPTER 8. MULTICOLLINEARITY

150

8.1 Diagnosing Multicollinearity

153

8.2 Countermeasures to Multicollinearity

155

CHAPTER 9. MULTIPLE CURVILINEAR REGRESSION

160

CHAPTER 10. INTERACTION TERMS IN REGRESSION

168

10.1 Definition and Illustrations

168

10.2 Multiplicative Terms

171

10.3 Variable Characteristics

179

CHAPTER 11. ROBUST REGRESSION

192

11.1 The Concept of Robustness

192

11.2 Models of Robust Regression

195

11.3 Computational Issues

208

CHAPTER 12. SYMMETRIC REGRESSION

226

12.1 Pearson’s Orthogonal Regression

227

12.2 Other Solutions

236

12.3 A General Model for OLS Regression

242

12.4 Robust Symmetrical Regression

247

12.5 Computational Issues

247

CHAPTER 13. VARIABLE SELECTION TECHNIQUES

254

13.1 A Data Example

257

13.2 Best Subset Regression

261

13.3 Stepwise Regression

268

13.4 Discussion

274

CHAPTER 14. REGRESSION FOR LONGITUDINAL DATA

276

14.1 Within Subject Correlation

277

14.2 Robust Modeling of Longitudinal Data

283

14.3 A Data Example

287

CHAPTER 15. PIECEWISE REGRESSION

294

15.1 Continuous Piecewise Regression

295

15.2 Discontinuous Piecewise Regression

298

CHAPTER 16. DICHOTOMOUS CRITERION VARIABLES

304

CHAPTER 17. COMPUTATIONAL ISSUES

308

17.1 Creating a SYSTAT System File

308

17.2 Simple Regression

312

17.3 Curvilinear Regression

315

17.4 Multiple Regression

321

17.5 Regression Interaction

325

17.6 Regression with Categorical Predictors

327

17.7 The Partial Interaction Strategy

332

17.8 Residual Analysis

336

17.9 Missing Data Estimation

340

17.10 Piecewise Regression

345

APPENDIX A. ELEMENTS OF MATRIX ALGEBRA

350

A.1 Definition of a Matrix

350

A.2 Types of Matrices

352

A.3 Transposing Matrices

354

A.4 Adding Matrices

354

A.5 Multiplying Matrices

355

A.6 The Rank of a Matrix

359

A.7 The Inverse of a Matrix

361

A.8 The Determinant of a Matrix

363

A.9 Rules for Operations with Matrices

364

A.10 Exercises

366

APPENDIX B. BASICS OF DIFFERENTIATION

368

APPENDIX C. BASICS OF VECTOR DIFFERENTIATION

372

APPENDIX D. POLYNOMIALS

376

D.1 Systems of Orthogonal Polynomials

378

D.2 Smoothing Series of Measures

380

APPENDIX E. DATA SETS

382

E.1 Recall Performance Data

382

E.2 Examination and State Anxiety Data

387

References

390

Index

398