“Improvement in Finite Sample Properties of the Hansen-Jagannathan Distance Test”, with Yu Ren, Journal of Empirical Finance16(3), June 2009, pp. 483-506.
“Determining the Cointegrating Rank in Nonstationary Fractional Systems by the Exact Local Whittle Approach”, with Morten Ø. Nielsen, Journal of Econometrics141(2), December 2007, pp. 574-596.
“Gaussian Semiparametric Estimation of Multivariate Fractionally
Integrated Processes”, Journal of Econometrics137(2), April 2007, pp. 277-310.
“Local Whittle Estimation of Fractional Integration and Some of its Variants”, with Peter C.B. Phillips, Journal of Econometrics103(2), February 2006, pp. 209-233.
“Modified Local Whittle Estimation of the Memory Parameter
in the
Nonstationary Case”, with Peter C.B. Phillips, Cowles Foundation
Discussion Paper No.1265. (available at http://cowles.econ.yale.edu)
Matlab codes
Matlab codes for local Whittle estimation and exact local
Whittle
estimation of the memory parameter (d) in fractionally
integrated
(I(d)) time series (elwcode.zip)
Jon Breslaw of Econotron Software has kindly converted the Matlab code to Gauss. It is freely downloadable from the “download” section of www.econotron.com .
Matlab codes for cointegrating rank estimation with an exchange rate example. They reproduce the results in Nielsen and Shimotsu (2006).
(fcicode.zip) These code require the codes in elwcode.zip above.
Matlab codes for two tests of true versus spurious I(d).
(spurious.zip) See Shimotsu (2006) “Simple (but Effective) Tests of Long Memory versus Structural Breaks” above. These code require the codes in elwcode.zip above.
Editorial Positions
Associate Editor, Annals of Institute of Statistical Mathematics, 2009-