Introduction
Longitudinal data
Classical methods of analysis
Parametric modeling
Antedependence models, in brief
A motivating example
Overview of the book
Four featured data sets
Unstructured Antedependence Models
Antedependent random variables
Antecorrelation and partial antecorrelation
Equivalent characterizations
Some results on determinants and traces
The first-order case
Variable-order antedependence
Other conditional independence models
Structured Antedependence Models
Stationary autoregressive models
Heterogeneous autoregressive models
Integrated autoregressive models
Integrated antedependence models
Unconstrained linear models
Power law models
Variable-order SAD models
Nonlinear stationary autoregressive models
Comparisons with other models
Informal Model Identification
Identifying mean structure
Identifying covariance structure: summary statistics
Identifying covariance structure: graphical methods
Concluding remarks
Likelihood-Based Estimation
Normal linear AD(p) model
Estimation in the general case
Unstructured antedependence: balanced data
Unstructured antedependence: unbalanced data
Structured antedependence models
Concluding remarks
Testing Hypotheses on the Covariance Structure
Tests on individual parameters
Testing for the order of antedependence
Testing for structured antedependence
Testing for homogeneity across groups
Penalized likelihood criteria
Concluding remarks
Testing Hypotheses on the Mean Structure
One-sample case
Two-sample case
Multivariate regression mean
Other situations
Penalized likelihood criteria
Concluding remarks
Case Studies
A coherent parametric modeling approach
Case study #1: Cattle growth data
Case study #2: 100-km race data
Case study #3: Speech recognition data
Case study #4: Fruit fly mortality data
Other studies
Discussion
Further Topics and Extensions
Alternative estimation methods
Nonlinear mean structure
Discrimination under antedependence
Multivariate antedependence models
Spatial antedependence models
Antedependence models for discrete data
Appendix 1: Some Matrix Results
Appendix 2: Proofs of Theorems 2.5 and 2.6
References
Index