The asymptotic behavior of quadratic forms of stationary sequences plays an important role in statistics, for example, in the context of the Whittle approximation to maximum likelihood. The quadratic form, appropriately normalized, may have Gaussian or non-Gaussian limits. Under what circumstances will the limits be of one type or another? And if the limits are non-Gaussian, what are they? The goal of this paper is to describe the historical development of the problem and provide further extensions of recent results
Let X(t), t = 0,±1,..., be a real-valued stationary Gaussian sequence with spectral density function...
Götze F, Zaitsev AY. EXPLICIT RATES OF APPROXIMATION IN THE CLT FOR QUADRATIC FORMS. The Annals of P...
Abstract. Let X,X1,X2,... be i.i.d. R d-valued real random vectors. Assume that EX = 0 and that X is...
The asymptotic behavior of quadratic forms of stationary sequences plays an important role in statis...
Motivated by applications to time series analysis, we establish the asymptotic normality of a quadra...
Certain quadratic forms with long-range dependence, normalized by Nd with , have a non-Gaussian limi...
Abstract. Let X,X1, X2,... be a sequence of i.i.d. random vectors taking values in a d-dimensional r...
Bentkus V, Götze F. Uniform rates of convergence in the CLT for quadratic forms in multidimensional ...
AbstractModerate deviations limit theorem is proved for quadratic forms in zero-mean Gaussian statio...
values in a d-dimensional real linear space Rd. Assume that EX 0 and that X is not concentrated in ...
The quadratic variation of Gaussian processes plays an important role in both stochastic analysis an...
The quadratic variation of Gaussian processes plays an important role in both stochastic analysis an...
We are interested in the functional convergence in distribution of the process of quadratic variatio...
In this paper, we consider a random quadratic form of strictly stationary processes. A central limit...
AbstractThe paper develops a limit theory for the quadratic form Qn,X in linear random variables X1,...
Let X(t), t = 0,±1,..., be a real-valued stationary Gaussian sequence with spectral density function...
Götze F, Zaitsev AY. EXPLICIT RATES OF APPROXIMATION IN THE CLT FOR QUADRATIC FORMS. The Annals of P...
Abstract. Let X,X1,X2,... be i.i.d. R d-valued real random vectors. Assume that EX = 0 and that X is...
The asymptotic behavior of quadratic forms of stationary sequences plays an important role in statis...
Motivated by applications to time series analysis, we establish the asymptotic normality of a quadra...
Certain quadratic forms with long-range dependence, normalized by Nd with , have a non-Gaussian limi...
Abstract. Let X,X1, X2,... be a sequence of i.i.d. random vectors taking values in a d-dimensional r...
Bentkus V, Götze F. Uniform rates of convergence in the CLT for quadratic forms in multidimensional ...
AbstractModerate deviations limit theorem is proved for quadratic forms in zero-mean Gaussian statio...
values in a d-dimensional real linear space Rd. Assume that EX 0 and that X is not concentrated in ...
The quadratic variation of Gaussian processes plays an important role in both stochastic analysis an...
The quadratic variation of Gaussian processes plays an important role in both stochastic analysis an...
We are interested in the functional convergence in distribution of the process of quadratic variatio...
In this paper, we consider a random quadratic form of strictly stationary processes. A central limit...
AbstractThe paper develops a limit theory for the quadratic form Qn,X in linear random variables X1,...
Let X(t), t = 0,±1,..., be a real-valued stationary Gaussian sequence with spectral density function...
Götze F, Zaitsev AY. EXPLICIT RATES OF APPROXIMATION IN THE CLT FOR QUADRATIC FORMS. The Annals of P...
Abstract. Let X,X1,X2,... be i.i.d. R d-valued real random vectors. Assume that EX = 0 and that X is...