2004
DOI: 10.1080/10485250410001656426
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Strong consistency with rates of spectral estimation of continuous-time processes: from periodic and poisson sampling schemes

Abstract: Let X = {X(t)} t∈R be a continuous-time strictly stationary and strongly mixing process. In this article, we first prove the uniform complete convergence of the spectral density estimate from periodic sampling. Because of aliasing, however, this result requires strong conditions on the spectral density φ X . To overcome aliasing, we consider the sampled process {X tn } n∈Z , where {t n } is a stationary point process independent of X. The uniform complete convergence of the spectral density estimate based on t… Show more

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Cited by 3 publications
(2 citation statements)
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“…Concerning the association between stationary processes and point processes, the nearest work to our is the investigation done by Rolski (1984) to establish the ergodicity of the sampled process, and by Resnick and Samorodnitsky (2004) for α-stable processes, however, these works do not answer the questions posed here. The estimation of the spectral density function for continuous time process from sampling design was studied by Masry(1978), Lii and Masry (1994) and Rachdi (1999Rachdi ( , 2003Rachdi ( and 2004. The main goal of this paper is to study how to transmit the stationarity and the mixing properties from X to the sampled process X.…”
Section: Preprint Submitted To Elsevier Science 30 August 2007mentioning
confidence: 99%
“…Concerning the association between stationary processes and point processes, the nearest work to our is the investigation done by Rolski (1984) to establish the ergodicity of the sampled process, and by Resnick and Samorodnitsky (2004) for α-stable processes, however, these works do not answer the questions posed here. The estimation of the spectral density function for continuous time process from sampling design was studied by Masry(1978), Lii and Masry (1994) and Rachdi (1999Rachdi ( , 2003Rachdi ( and 2004. The main goal of this paper is to study how to transmit the stationarity and the mixing properties from X to the sampled process X.…”
Section: Preprint Submitted To Elsevier Science 30 August 2007mentioning
confidence: 99%
“…• L'hypothèse (F1) est équivalente à l'existence de l'intégrale stochastique (1), l'hypothèse (F2) autorise à la fois des mbf, des processus à bande finie (voirRachdi, 2004), les processus localement fractionnaires utilisés par Kammoun et al (2007) pour modéliser les battements cardiaques ou des processus • n→∞ 0 est naturelle. Seule l'hypothèse d'indépendance des instants d'observations par rapport au processus est restrictive pour les applications en finance, mais elle est toujours faite, nous renvoyons sur ce point à Aït-Sahalia et Mykland (2008).…”
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