scientific article; zbMATH DE number 7788788
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Publication:6147763
Osama H. H. Edely, Mohammad Mursaleen
Publication date: 16 January 2024
Full work available at URL: https://azjm.org/volumes/1301/pdf/1301-9.pdf
Title: zbMATH Open Web Interface contents unavailable due to conflicting licenses.
\(I\)-convergencematrix transformationsKnopp's core theorem\(I\)-coreKnopp's core\(I_c\)-convergence
Functional analytic methods in summability (40H05) Ideal and statistical convergence (40A35) Summability methods using statistical convergence (40G15)
Cites Work
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- Ideal-convergence classes
- Some analogues of Knopp's core theorem
- Statistical convergence of functional sequences
- On the ideal convergence of double sequences in intuitionistic fuzzy normed spaces
- Kernels of sequences of complex numbers and their regular transformations
- Statistical core theorems
- \(\sigma\)-core and \(\mathcal I\)-core of bounded sequences.
- Densities and summability
- \(\mathcal I\)-convergence
- On statistical \(\mathfrak{A} \)-Cauchy and statistical \(\mathfrak{A} \)-summability via ideal
- On statistical type convergence in uniform spaces
- A generalized statistical convergence via ideals
- Banach limits, infinite matrices and sublinear functionals
- On I-convergence in random 2-normed spaces
- A MATRIX CHARACTERIZATION OF STATISTICAL CONVERGENCE
- Two valued measures and summability
- On Strong Matrix Summability with Respect to a Modulus and Statistical Convergence
- I-core of double sequences
- ON STATISTICAL CONVERGENCE
- Statistical limit superior and limit inferior
- MATRIX TRANSFORMATIONS OF STATISTICAL CORES OF COMPLEX SEQUENCES
- I-statistical limit superior and I-statistical limit inferior
- Matrix transformations related to I-convergent sequences
- Sur la convergence statistique
- \(I\)-deferred strongly Cesàro summable and \(\mu\)-deferred \(I\)-statistically convergent sequence spaces
