Review
This second edition of a 1986 publication contains additions that update this book with advances in time series forecasting. New topics include the Augmented Dickey-Fuller test, the model identification methods ESACF, SCAN and MINIC, unequal variances in time series models, and cointegration. The revisions and reorganization to chapter seven, Spectral Analysis, improve readability and comprehension. The addition of the final chapter, 'Data Mining and Forecasting', provides an introduction to the menu driven Time Series Forecasting System. SAS users who model and forecast time series data should add this book to their collection, including owners of the first edition. --Barry A. Evans, Ph.D., Manager, Forecasting GlaxoSmithKline
Drs. Brocklebank and Dickey have not only done a great job of explaining how to use SAS in forecasting time series, but have also written a good practitioner's text illustrating perils and pitfalls and how to detect them. The authors start at ground zero with illustrated explanations and build to more difficult concepts in a logical progression. For the SAS enthusiast, there is a wealth of SAS code, followed by the SAS output from that code and an abundance of graphs to illustrate what is being seen. If you need a review of time series forecasting or an understanding of how SAS treats time series forecasting, this would be a good book to have on your shelf. --Dr. Alex K. Thompson, Senior Statistician
From the Back Cover
In this second edition of the indispensable SAS® for Forecasting Time Series, Brocklebank and Dickey show you how SAS performs univariate and multivariate time series analysis. Taking a tutorial approach, the authors focus on the procedures that most effectively bring results: the advanced procedures ARIMA, SPECTRA, STRATESPACE, and VARMAX. They demonstrate the interrelationship of SAS/ETS
® procedures with a discussion of how the choice of a procedure depends on the data to be analyzed and the results desired. With this book, you will learn to model and forecast simple autoregressive and vector ARMA processes using the STATE-SPACE and VARMAX procedures. Other topics covered include detecting sinusoidal components in time series models, performing bivariate cross-spectral analysis, and comparing these frequency-based results with the time domain transfer function methodology.
New and updated examples in the second edition include
Retail sales with seasonality
ARCH models for stock prices with changing volatility
Vector autoregression and cointegration models
Intervention analysis for product recall data
Expanded discussion of unit root tests and nonstationarity
Expanded discussion of frequency domain analysis and cycles in data
Data mining and forecasting with examples using SAS IntelliVisor
Using the HPF procedure to automatically generate forecasts for several time series in one step
--This text refers to an alternate
Paperback
edition.