Abstract The author discusses necessary and sufficient conditions of the complete con-vergence for sums of B-valued independent but not necessarily identically distributed r.v.′s in Banach space of type p, and obtain characterization of Banach space of type p in terms of the complete convergence. A series of classical results on iid real valued r.v.′s are extended. As application author gives the analogous results for randomly indexed sums. Key words Convergence rate, random element, Banach space of type p, slowly varying function 1991 MR Subject Classification 60B12 1 Introduction and Main Results Let {Xn, n ≥ 1} be a sequence of random variables in the same probability space and put Sn = n∑ i=
ABSTRACT. Let {Xk} be independent random variables with EXk 0 for all k and let {ank: n> i, k>...
By applying a recent result of Hu et al. [Stochastic Anal. Appl., 17 (1999), pp. 963-992], we extend...
ABSTRACT. Consider a sequence of independent random elements {Vn, n> in a real separable normed l...
ABSTRACT: Sufficient conditions are given under which a sequence of independent random elements taki...
ABSTRACT: Sufficient conditions are given under which a sequence of independent random elements taki...
AbstractIn this paper, results of Lai, Heyde, and Rohatgi concerning the convergence rates for the l...
Tómács in [6] proved a general convergence rate theorem in the law of large numbers for arrays of Ba...
Tómács in [6] proved a general convergence rate theorem in the law of large numbers for arrays of Ba...
Tómács in [6] proved a general convergence rate theorem in the law of large numbers for arrays of Ba...
Sufficient conditions are given under which a sequence of independent random elements taking values ...
For an array of rowwise independent random elements {Vnj , j ≥ 1, n ≥ 1} in a real separable, stable...
For weighted sums of the form Sn = ∑kn j=1 anj(Vnj-Cnj) where {anj, 1≤j≤kn < ∞, n≥1} are constants, ...
For weighted sums of the form Sn = ∑kn j=1 anj(Vnj-Cnj) where {anj, 1≤j≤kn < ∞, n≥1} are constants, ...
For weighted sums of the form Sn = ∑kn j=1 anj(Vnj-Cnj) where {anj, 1≤j≤kn < ∞, n≥1} are constants, ...
Abstract: For a sequence of random elements T n n ≥ 1 in a real separable Banach space , we study th...
ABSTRACT. Let {Xk} be independent random variables with EXk 0 for all k and let {ank: n> i, k>...
By applying a recent result of Hu et al. [Stochastic Anal. Appl., 17 (1999), pp. 963-992], we extend...
ABSTRACT. Consider a sequence of independent random elements {Vn, n> in a real separable normed l...
ABSTRACT: Sufficient conditions are given under which a sequence of independent random elements taki...
ABSTRACT: Sufficient conditions are given under which a sequence of independent random elements taki...
AbstractIn this paper, results of Lai, Heyde, and Rohatgi concerning the convergence rates for the l...
Tómács in [6] proved a general convergence rate theorem in the law of large numbers for arrays of Ba...
Tómács in [6] proved a general convergence rate theorem in the law of large numbers for arrays of Ba...
Tómács in [6] proved a general convergence rate theorem in the law of large numbers for arrays of Ba...
Sufficient conditions are given under which a sequence of independent random elements taking values ...
For an array of rowwise independent random elements {Vnj , j ≥ 1, n ≥ 1} in a real separable, stable...
For weighted sums of the form Sn = ∑kn j=1 anj(Vnj-Cnj) where {anj, 1≤j≤kn < ∞, n≥1} are constants, ...
For weighted sums of the form Sn = ∑kn j=1 anj(Vnj-Cnj) where {anj, 1≤j≤kn < ∞, n≥1} are constants, ...
For weighted sums of the form Sn = ∑kn j=1 anj(Vnj-Cnj) where {anj, 1≤j≤kn < ∞, n≥1} are constants, ...
Abstract: For a sequence of random elements T n n ≥ 1 in a real separable Banach space , we study th...
ABSTRACT. Let {Xk} be independent random variables with EXk 0 for all k and let {ank: n> i, k>...
By applying a recent result of Hu et al. [Stochastic Anal. Appl., 17 (1999), pp. 963-992], we extend...
ABSTRACT. Consider a sequence of independent random elements {Vn, n> in a real separable normed l...