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SOME CHARACTERIZATION OF LACUNARY UNIFORM STATISTICAL CONVERGENCE OF DOUBLE SEQUENCES
Pages : [1] - [12]
Received : Received December 29, 2017; Revised January 15, 2018
Communicated by : Professor Erdinc Dundar
Abstract
In the [3] is proven that sequence uniformly statistically converges to L if and only if it there is a subset A of the set
uniform density zero and subsequence
defined by,
for
converges to L, in the Pringsheim’s sense. In this paper, it is proven that analog is valid and for lacunary uniformly statistical convergence. Double sequence
lacunary uniformly statistically converges to L if and only if it there is a subset A of the set
lacunary uniform density zero and subsequence
defined by,
for
converges to L, in the Pringsheim’s sense. The subsequence
lacunary uniformly statistically converges to L if and only if it there is a subset A of the set
lacunary uniform density zero and subsequence
defined by,
for
such that
Keywords
multiple sequences, uniform statistical convergence.