Hölderian invariance principle for Hilbertian ...
Document type :
Compte-rendu et recension critique d'ouvrage
DOI :
Title :
Hölderian invariance principle for Hilbertian linear processes
Author(s) :
Račkauskas, Alfredas [Auteur]
Department of Mathematics and Informatics [Vilnius]
Suquet, Charles [Auteur]
Laboratoire Paul Painlevé - UMR 8524 [LPP]
Department of Mathematics and Informatics [Vilnius]
Suquet, Charles [Auteur]
Laboratoire Paul Painlevé - UMR 8524 [LPP]
Journal title :
ESAIM: Probability and Statistics
Pages :
261-275
Publisher :
EDP Sciences
Publication date :
2009-07-04
ISSN :
1292-8100
English keyword(s) :
Mathematics
English abstract : [en]
Let be the polygonal partial sums processes built on the linear processes , , where are i.i.d., centered random elements in some separable Hilbert space and the 's are bounded linear operators , with . We investigate ...
Show more >Let be the polygonal partial sums processes built on the linear processes , , where are i.i.d., centered random elements in some separable Hilbert space and the 's are bounded linear operators , with . We investigate functional central limit theorem for in the Hölder spaces of functions such that uniformly in , where , with and slowly varying at infinity. We obtain the weak convergence of to some valued Brownian motion under the optimal assumption that for any , when tends to infinity, subject to some mild restriction on in the boundary case . Our result holds in particular with the weight functions , .Show less >
Show more >Let be the polygonal partial sums processes built on the linear processes , , where are i.i.d., centered random elements in some separable Hilbert space and the 's are bounded linear operators , with . We investigate functional central limit theorem for in the Hölder spaces of functions such that uniformly in , where , with and slowly varying at infinity. We obtain the weak convergence of to some valued Brownian motion under the optimal assumption that for any , when tends to infinity, subject to some mild restriction on in the boundary case . Our result holds in particular with the weight functions , .Show less >
Language :
Anglais
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