2015
DOI: 10.1063/1.4930502
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A variation on Abel statistical ward continuity

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Cited by 2 publications
(4 citation statements)
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“…A and ∆A will denote the set of Abel convergent sequences and the set of Abel quasi Cauchy sequences, respectively. Recently the concept of Abel statistical convergence of a sequence is investigated in [34] (see also [20]) in the sense that a sequence (α k ) is called Abel statistically convergent to a real number L if…”
Section: Abel Statistical Ward Continuitymentioning
confidence: 99%
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“…A and ∆A will denote the set of Abel convergent sequences and the set of Abel quasi Cauchy sequences, respectively. Recently the concept of Abel statistical convergence of a sequence is investigated in [34] (see also [20]) in the sense that a sequence (α k ) is called Abel statistically convergent to a real number L if…”
Section: Abel Statistical Ward Continuitymentioning
confidence: 99%
“…The analogous property fails for Abel statistical quasi Cauchy sequences. A counter example is the sequence ( √ k) with the subsequence (k) ( [20]). Any convergent sequence is Abel statistically quasi Cauchy: let (α k ) be a convergent sequence with limit L, and…”
Section: Abel Statistical Ward Continuitymentioning
confidence: 99%
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“…Recently, using the idea of continuity of a real function in terms of sequences, many kinds of continuities were introduced and investigated, not all but some of them we recall in the following: slowly oscillating continuity ( [39]), quasi-slowly oscillating continuity ( [26]), ward continuity ( [7]), statistical ward continuity ( [9]), λ-statistically ward continuity ( [22]), ρ-statistical ward continuity ( [4]), ideal ward continuity ( [17]), Abel statistical continuity ( [24]), strongly lacunary-ward continuity ( [18]), lacunary statistical ward continuity ( [15]), and arithmetic continuity ( [6,40]). Investigation of some of these kinds of continuities lead some authors to enable interesting results related to uniform continuity of a real function in terms of sequences in the above manner ([9, Theorem 6], [39,Theorem 8], [26,Theorem 2.3], [7,Theorem 7], [1,Theorem 1], [2,Theorem 3.8], [22,Corollary 6]).…”
Section: Introductionmentioning
confidence: 99%