Skip navigation
Title: Time Series Econometrics
Authors: Neusser, Klaus
Keywords: Business and Economics
Econometrics
Issue Date: 2016
Publisher: Springer
Abstract: Over the past decades, time series analysis has experienced a proliferous increase of applications in economics, especially in macroeconomics and finance. Today these tools have become indispensable to any empirically working economist. Whereas in the beginning the transfer of knowledge essentially flowed from the natural sciences, especially statistics and engineering, to economics, over the years theoretical and applied techniques specifically designed for the nature of economic time series and models have been developed. Thereby, the estimation and identification of structural vector autoregressive models, the analysis of integrated and cointegrated time series, and models of volatility have been extremely fruitful and far-reaching areas of research. With the award of the Nobel Prizes to Clive W. J. Granger and Robert F. Engle III in 2003 and to Thomas J. Sargent and Christopher A. Sims in 2011, the field has reached a certain degree of maturity. Thus, the idea suggests itself to assemble the vast amount of material scattered over many papers into a comprehensive textbook. The book is self-contained and addresses economics students who have already some prerequisite knowledge in econometrics. It is thus suited for advanced bachelor, master’s, or beginning PhD students but also for applied researchers. The book tries to bring them in a position to be able to follow the rapidly growing research literature and to implement these techniques on their own. Although the book is trying to be rigorous in terms of concepts, definitions, and statements of theorems, not all proofs are carried out. This is especially true for the more technically and lengthy proofs for which the reader is referred to the pertinent literature.
Description: The book covers approximately a two-semester course in time series analysis and is divided in two parts. The first part treats univariate time series, in particular autoregressive moving-average processes. Most of the topics are standard and can form the basis for a one-semester introductory time series course. This part also contains a chapter on integrated processes and on models of volatility. The latter topics could be included in a more advanced course. The second part is devoted to multivariate time series analysis and in particular to vector autoregressive processes. It can be taught independently of the first part. The identification, modeling, and estimation of these processes form the core of the second part. A special chapter treats the estimation, testing, and interpretation of cointegrated systems. The book also contains a chapter with an introduction to state space models and the Kalman filter. Whereas the books is almost exclusively concerned with linear systems, the last chapter gives a perspective on some more recent developments in the context of nonlinear models. I have included exercises and worked out examples to deepen the teaching and learning content. Finally, I have produced five appendices which summarize important topics such as complex numbers, linear difference equations, and stochastic convergence
URI: http://localhost:8080/xmlui/handle/123456789/251
ISBN: 978-3-319-32862-1
Appears in Collections:ARTS & SCIENCE

Files in This Item:
File Description SizeFormat 
2016_Book_TimeSeriesEconometrics.pdf3.72 MBAdobe PDFView/Open


Items in DSpace are protected by copyright, with all rights reserved, unless otherwise indicated.