İbrahim ÇANAK
Fen Fakültesi, Matematik Bölümü, Uygulamalı Matematik Anabilim Dalı
Araştırma alanları: Temel Bilimler, Matematik, Diziler, Seriler ve Toplanabilirlik, Bilgisayar Bilimleri, Mühendislik ve Teknoloji, Algoritmalar, Bilgisayar Grafiği, Fizik, Veritabanı ve Veri Yapıları, Biyoenformatik
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Yayınlar
- Tauberian Theorems for the Statistical Deferred Cesàro Summability of Sequences of Fuzzy Numbers (2026)
- Tauberian theorems for the statistical deferred Cesàro summability of sequences of fuzzy numbers (2026)
- Deferred Logarithmic Summability for Fuzzy Number-Valued Sequences with Applications to Tauberian Theorems (2026)
- The statistical $$(\overline{N},p,q)$$ summability method and its application to Korovkin-type approximation theorem (2026)
- General Tauberian theorems for the statistically (C, 1) summable integrals (2025)
- Deferred logarithmic summability and its applications to Tauberian theory (2025)
- On Tauberian conditions for the Hölder integrability method (2025)
- Necessary and Sufficient Tauberian Conditions for Logarithmic Summable Sequences in Two-Normed Spaces (2025)
- Conditions under which the convergence of a sequence or its certain subsequences follows from the summability by deferred weighted means (2024)
- The novel Tauberian conditions associated with the (N; p; q) summability of double sequences (2024)
- Some Tauberian Theorems for the Weighted Mean Method of Summability of Double Sequences (2024)
- Conditions under which the Convergence of a Sequence or its Certain Subsequences Follows from the Summability by Deferred Weighted Means (2024)
- Statistical Deferred Cesàro Summability and Its Applications to Tauberian Theory (2023)
- On the weighted generator of double sequences and its Tauberian conditions (2023)
- Tauberian conditions under which statistical convergence follows from statistical summability by weighted mean method in two-normed spaces (2023)
- NECESSARY AND SUFFICIENT TAUBERIAN CONDITIONS UNDER WHICH STATISTICALLY LOGARITHMIC CONVERGENCE FOLLOWS FROM STATISTICALLY LOGARITHMIC SUMMABILITY (2023)
- Tauberian theorems concerning weighted mean summable integrals (2023)
- Deferred Cesàro means of fuzzy number-valued sequences with applications to Tauberian theorems (2023)
- Tauberian theorems for the Cesàro summability method of regularly generated double integrals (2023)
- Some novel approaches on the (N, p, q) summability of double sequences of fuzzy numbers and its applications (2023)
- Tauberian theorems for the statistical Cesàro summability method in intuitionistic fuzzy normed spaces (2023)
- Some Tauberian theorems for the weighted mean method of summability of double sequence (2023)
- Conditions Under Which Convergence of a Sequence or its Certain Subsequences Follows From Deferred Cesàro Summability (2022)
- On the convergence of weighted mean summable improper integrals over $${\mathbb {R}}_{\ge 0}$$ (2022)
- On the logarithmic summability $(L,1)$ of integrals on $[1,\infty)$ (2022)
- Necessary and Sufficient Tauberian Conditions under which Convergence follows from (A r,δ ,p,q;1,1), (A r,*,p,*;1,0) and (A *,δ ,*,q;0,1) Summability Methods of Double Sequences (2022)
- Necessary and Sufficient Tauberian Conditions under which Convergence follows from (Ar,?, p, q; 1, 1), (Ar,*, p, *; 1, 0) and (A*,?, *, q; 0, 1) Summability Methods of Double Sequences (2022)
- Necessary and sufficient Tauberian conditions under which convergence follows from $A^{r,\delta}$ summability (2022)
- Tauberian Conditions Under which Convergence Follows from the Weighted Mean Summability and Its Statistical Extension for Sequences of Fuzzy Numbers (2022)
- Some Tauberian Theorems for Cesàro Summability of Double Integrals over R<sup>2</sup>+ (2021)
- Weighted mean summability of improper integrals through backward and forward differences (2021)
- Extension of some classical type Tauberian conditions for the (N ¯,q) summability of integrals (2021)
- On Tauberian conditions for statistical weighted mean method of summability (2021)
- Some Tauberian theorems for Cesàro summability of double integrals over R2+ (2021)
- On deferred weighted means and Tauberian theorems (2021)
- On the Euler method of summability and concerning Tauberian theorems (2021)
- Necessary and sufficient Tauberian conditions under which convergence follows from summability A^r,p (2021)
- Tauberian conditions under which convergence follows from the weighted mean summability and its statistical extension for sequences of fuzzy number (2021)
- On a mean method of summability (2021)
- TAUBERIAN THEOREMS FOR THE WEIGHTED MEAN METHOD OF SUMMABILITY OF INTEGRALS (2020)
- A revisited Tauberian theorem for which slow decrease with respect to a weight function is a tauberian condition for the weighted mean summability of integrals over R+ (2020)
- A Tauberian condition under which convergence follows from the weighted mean summability of sequences of fuzzy number (2020)
- TAUBERIAN THEOREMS FOR THE WEIGHTED MEAN METHOD OF SUMMABILITY OF INTEGRALS (2020)
- Classical Tauberian theorems for Cesaro summability method of double integrals over R_{+}^{2} (2020)
- Statistical extensions of Tauberian theorems for the weighted mean method of summability in two-normed spaces (2020)
- Some applications of Hölder integrability in q-calculus (2020)
- Convergence follows from Cesàro summability in the case of slowly decreasing or slowly oscillating double sequences in certain senses (2020)
- A tauberian condition under which convergence follows from the weighted mean summability of sequences of fuzzy number (2020)
- An alternative proof of a Tauberian theorem for the weighted mean summability of integrals over R_{+} (2020)
- A revisited Tauberian theorem for which slow decrease with respect to a weight function is a Tauberian condition for the weighted mean summability of integrals over R_{+} (2020)
- TAUBERIAN CONDITIONS FOR $q$-CES\`{A}RO INTEGRABILITY (2020)
- A Tauberian Theorem for a Weighted Mean Method of Summability in Ordered Spaces (2020)
- A Tauberian theorem for the deferred Cesàro mean method of summability (2020)
- An alternative proof of a Tauberian theorem for the weighted mean summability of integrals over R_+ (2020)
- Statistical extensions of Tauberian theorems for the weighted mean method of summability in two-normed spaces (2020)
- Necessary and sufficient Tauberian conditions for weighted mean methods of summability in two-normed spaces (2020)
- On the core of weighted means of sequences (2020)
- A Tauberian condition under which convergence follows from the weighted mean summability of sequences of fuzzy number (2020)
- Convergence follows from Cesàro summability in the case of slowly decreasing or slowly oscillating double sequences in certain senses (2020)
- On subsequentially convergent sequences (2019)
- SOME TAUBERIAN THEOREMS FOR WEIGHTED MEANS OF DOUBLE INTEGRALS (2019)
- An alternative proof of the generalized Littlewood Tauberian theorem for Cesàro summable double sequences (2019)
- Some Tauberian theorems for iterations of Hölder integrability method (2019)
- General Tauberian theorems for the Cesàro integrability of functions (2019)
- Some Tauberian theorems for (C, 1, 1) summability method by regularly generated double integrals (2019)
- Logarithmic summability of integrals on [1, \infty) (2019)
- Tauberian theorems for the weighted mean summability of integrals on [1, \infty) (2019)
- Tauberian theorems for the product of weighted and Cesàro summability methods of double sequences (2019)
- Theorems on the subsequential convergence (2019)
- Preface Analysis and Functional Analysis (2019)
- Tauberian conditions under which convergence follows from cesàro summability of double integrals over r<sup>2</sup>+ (2019)
- Some Tauberian theorems for weighted means of double integrals on R_{+}^{2} (2019)
- An Alternative Proof of a Tauberian Theorem for the Weighted Mean Method of Summability (2019)
- Sufficient Tauberian conditions for the (N p) summability of sequences (2019)
- Some Tauberian conditions under which convergence follows from (C, 1, 1, 1) summability (2019)
- An alternative proof of the generalized Littlewood Tauberian theorem for Cesaro summable double sequences (2019)
- Logarithmic summability (L, 1) of integrals on [1, ∞) (2019)
- Some Tauberian theorems for (C 1 1) summability method by regularly generated integrals (2019)
- On subsequentially convergent sequences (2019)
- Tauberian Theorems for the Product of Weighted and Cesàro Summability Methods for Double Sequences (2019)
- Tauberian theorems for the weighted mean method of summability of integrals (2019)
- Tauberian conditions under which convergence follows from summability by thediscrete power series method (2019)
- Necessary and sufficient Tauberian conditions under which convergence follows from A{r,\delta} summability, (2019)
- Some Tauberian theorems for iterations of Hölder integrability method (2019)
- Some Tauberian theorems for weighted means of double integrals (2019)
- Necessary and sufficient Tauberian conditions under which convergence of double sequences follows from Ar,δ summability (2019)
- Tauberian conditions under which convergence follows from Cesàro summability of double integrals over R2 (2019)
- General Tauberian conditions for weighted mean methods of summability (2019)
- Tauberian theorems for statistically (C, 1, 1) summable double sequences (2019)
- TAUBERIAN REMAINDER THEOREMS FOR ITERATIONS OF METHODS OF WEIGHTED MEANS (2019)
- An Alternative Proof of a Tauberian Theorem for the Weighted Mean Method of Summability (2019)
- Tauberian theorems for $$(\overline{N},p,q)$$ summable double sequences of fuzzy numbers (2019)
- Tauberian conditions under which convergence follows from its summability by the logarithmic power series method (2018)
- Tauberian Theorems for Iterations of Weighted Mean Summable Integrals (2018)
- Cesàro integrability and tauberian theorems in quantum calculus (2018)
- Tauberian conditions with controlled oscillatory behavior for statistical convergence (2018)
- One-sided tauberian conditions for the (N p) summability of integrals (2018)
- Tauberian theorems for the statistical convergence and the statistical (C, 1, 1) summability (2018)
- Tauberian Conditions Under Which Convergence Follows from Statistical Summability by Weighted Means (2018)
- Tauberian conditions under which convergence follows from statistical summability by weighted means (2018)