9781403902085
 
   Enlarge Image
 
 
Modelling Trends and Cycles in Economic Time Series
 
 
Palgrave Macmillan
 
 
 
15 May 2003
|
£64.00
|
Hardback
 In Stock
 
9781403902085
|| 
 
 
30 May 2003
|
£23.99
|
Paperback
 In Stock
 
9781403902092
|| 

DescriptionContentsAuthors terte

Description

Modelling trends and cycles in economic time series has a long history in empirical economics, with the use of linear trends and moving averages forming the basic tool kit of economists until the 1970s. Several developments in econometrics then led to an overhaul of the techniques used to extract trends and cycles from time series. In particular there was a shift towards using stochastic, rather than deterministic trend formulations. This research was given further impetus by the rise of real business cycle theories, which offered an alternative approach to detrending via more sophisticated use of moving averages, and to the concept of cointegration, which can be interpreted as implying the presence of common trends in a group of related time series. Terence Mills introduces these various approaches to allow students and researchers to appreciate the techniques, and the considerations that underpin their choice, for modelling trends and cycles.


Contents

Introduction
'Classical' Techniques of Modelling Trends and Cycles
Stochastic Trends and Cycles
Filtering Economic Time Series
Nonlinear and Nonparametric Trend Modelling
Multivariate Modelling of Trends and Cycles
Conclusions
References
Index


Authors

TERENCE C. MILLS is Professor of Applied Statistics and Econometrics and the Head of the department of Economics at Loughborough University. He previously held professorial appointments at City University business school and Hull. He is the author of Time Series Techniques for Economists and The Econometric Modelling of Financial Time Series, plus over one hundred articles in journals and books.


terte





terte






Palgrave Macmillan Ltd
home Palgrave Macmillan Ltd
whitebar
Related Titles
 
 
 
 
Series Titles
 
A Primer for Unit Root Testing
 
Bootstrap Tests for Regression Models
 
Modelling Non-Stationary Economic Time Series