Description
Book SynopsisAn accessible guide to the multivariate time series tools used in numerous real-world applications Multivariate Time Series Analysis: With R and Financial Applications is the much anticipated sequel coming from one of the most influential and prominent experts on the topic of time series.
Table of ContentsPreface xv
Acknowledgements xvii
1 Multivariate Linear Time Series 1
1.1 Introduction, 1
1.2 Some Basic Concepts, 5
1.3 Cross-Covariance and Correlation Matrices, 8
1.4 Sample CCM, 9
1.5 Testing Zero Cross-Correlations, 12
1.6 Forecasting, 16
1.7 Model Representations, 18
1.8 Outline of the Book, 22
1.9 Software, 23
Exercises, 23
2 Stationary Vector Autoregressive Time Series 27
2.1 Introduction, 27
2.2 VAR(1) Models, 28
2.3 VAR(2) Models, 37
2.4 VAR(p) Models, 41
2.5 Estimation, 44
2.6 Order Selection, 61
2.7 Model Checking, 66
2.8 Linear Constraints, 80
2.9 Forecasting, 82
2.10 Impulse Response Functions, 89
2.11 Forecast Error Variance Decomposition, 96
2.12 Proofs, 98
Exercises, 100
3 Vector Autoregressive Moving-Average Time Series 105
3.1 Vector MA Models, 106
3.2 Specifying VMA Order, 112
3.3 Estimation of VMA Models, 113
3.4 Forecasting of VMA Models, 126
3.5 VARMA Models, 127
3.6 Implications of VARMA Models, 139
3.7 Linear Transforms of VARMA Processes, 141
3.8 Temporal Aggregation of VARMA Processes, 144
3.9 Likelihood Function of a VARMA Model, 146
3.10 Innovations Approach to Exact Likelihood Function, 155
3.11 Asymptotic Distribution of Maximum Likelihood Estimates, 160
3.12 Model Checking of Fitted VARMA Models, 163
3.13 Forecasting of VARMA Models, 164
3.14 Tentative Order Identification, 166
3.15 Empirical Analysis of VARMA Models, 176
3.16 Appendix, 192
Exercises, 194
4 Structural Specification of VARMA Models 199
4.1 The Kronecker Index Approach, 200
4.2 The Scalar Component Approach, 212
4.3 Statistics for Order Specification, 220
4.4 Finding Kronecker Indices, 222
4.5 Finding Scalar Component Models, 226
4.6 Estimation, 237
4.7 An Example, 245
4.8 Appendix: Canonical Correlation Analysis, 259
Exercises, 262
5 Unit-Root Nonstationary Processes 265
5.1 Univariate Unit-Root Processes, 266
5.2 Multivariate Unit-Root Processes, 279
5.3 Spurious Regressions, 290
5.4 Multivariate Exponential Smoothing, 291
5.5 Cointegration, 294
5.6 An Error-Correction Form, 297
5.7 Implications of Cointegrating Vectors, 300
5.8 Parameterization of Cointegrating Vectors, 302
5.9 Cointegration Tests, 303
5.10 Estimation of Error-Correction Models, 313
5.11 Applications, 319
5.12 Discussion, 326
5.13 Appendix, 327
Exercises, 328
6 Factor Models and Selected Topics 333
6.1 Seasonal Models, 333
6.2 Principal Component Analysis, 341
6.3 Use of Exogenous Variables, 345
6.4 Missing Values, 357
6.5 Factor Models, 364
6.6 Classification and Clustering Analysis, 386
Exercises, 394
7 Multivariate Volatility Models 399
7.1 Testing Conditional Heteroscedasticity, 401
7.2 Estimation of Multivariate Volatility Models, 407
7.3 Diagnostic Checks of Volatility Models, 409
7.4 Exponentially Weighted Moving Average, 414
7.5 BEKK Models, 417
7.6 Cholesky Decomposition and Volatility Modeling, 420
7.7 Dynamic Conditional Correlation Models, 428
7.8 Orthogonal Transformation, 434
7.9 Copula-Based Models, 443
7.10 Principal Volatility Components, 454
Exercises, 461
Appendix A Review of Mathematics and Statistics 465
A.1 Review of Vectors and Matrices, 465
A.2 Least-Squares Estimation, 477
A.3 Multivariate Normal Distributions, 478
A.4 Multivariate Student-t Distribution, 479
A.5 Wishart and Inverted Wishart Distributions, 480
A.6 Vector and Matrix Differentials, 481
Index 489
