AbstractLet Xt = ∑j = −∞∞ ψjZt−j be a discrete time moving average process based on i.i.d. symmetric random variables {Zt} with a common distribution function from the domain of normal attraction of a p-stable law (0 < p < 2). We derive the limit distribution of the normalized periodogram In,X(λ) = |n−1p ∑t = 1n Xt e−itλ|2, −π ⩽ λ ⩽ π. This generalizes the classical result for p = 2. In contrast to the classical case, for values 0 < λ1 < ⋯ < λm < π the periodogram ordinates In, X(λi), i = 1, …, m, are not asymptotically independent
International audienceIn this paper, a symmetric alpha stable process where its spectral representat...
International audienceIn this paper, a symmetric alpha stable process where its spectral representat...
In this paper the estimator of the spectral density for discrete-time stationary symmetric ®-stable...
AbstractLet Xt = ∑j = −∞∞ ψjZt−j be a discrete time moving average process based on i.i.d. symmetric...
Let be a discrete time moving average process based on i.i.d. symmetric random variables {Zt} with a...
Let X(t) = Sigma(j)(infinity) = (-infinity) psi(j)Z(t-j) be a discrete moving average process based ...
Let X(t) = Sigma(j)(infinity) = (-infinity) psi(j)Z(t-j) be a discrete moving average process based ...
AbstractThis paper deals with issues pertaining to estimating the spectral density of a stationary h...
AbstractThis paper deals with issues pertaining to estimating the spectral density of a stationary h...
AbstractLet Xt = Σ∞j=-∞ cjZt - j be a moving average process where {Zt} is iid with common distribut...
We considered a complex strongly harmonizable stationary symmetric stable process in continuous time...
The asymptotic normality of some spectral estimates, including a functional central limit theorem fo...
AbstractIn this paper we consider a continuous-time autoregressive moving average (CARMA) process (Y...
We consider a stationary symmetric stable bidimensional process with discrete time, having the spect...
AbstractThe paper obtains a functional limit theorem for the empirical process of a stationary movin...
International audienceIn this paper, a symmetric alpha stable process where its spectral representat...
International audienceIn this paper, a symmetric alpha stable process where its spectral representat...
In this paper the estimator of the spectral density for discrete-time stationary symmetric ®-stable...
AbstractLet Xt = ∑j = −∞∞ ψjZt−j be a discrete time moving average process based on i.i.d. symmetric...
Let be a discrete time moving average process based on i.i.d. symmetric random variables {Zt} with a...
Let X(t) = Sigma(j)(infinity) = (-infinity) psi(j)Z(t-j) be a discrete moving average process based ...
Let X(t) = Sigma(j)(infinity) = (-infinity) psi(j)Z(t-j) be a discrete moving average process based ...
AbstractThis paper deals with issues pertaining to estimating the spectral density of a stationary h...
AbstractThis paper deals with issues pertaining to estimating the spectral density of a stationary h...
AbstractLet Xt = Σ∞j=-∞ cjZt - j be a moving average process where {Zt} is iid with common distribut...
We considered a complex strongly harmonizable stationary symmetric stable process in continuous time...
The asymptotic normality of some spectral estimates, including a functional central limit theorem fo...
AbstractIn this paper we consider a continuous-time autoregressive moving average (CARMA) process (Y...
We consider a stationary symmetric stable bidimensional process with discrete time, having the spect...
AbstractThe paper obtains a functional limit theorem for the empirical process of a stationary movin...
International audienceIn this paper, a symmetric alpha stable process where its spectral representat...
International audienceIn this paper, a symmetric alpha stable process where its spectral representat...
In this paper the estimator of the spectral density for discrete-time stationary symmetric ®-stable...