M. Mursaleen
Author Information
Full Name: M. Mursaleen
Open AccessArticleApproximation by sequences of q-Szasz-operators generated by Dunkl exponential function
M. Mursaleen and Md. Nasiruzzaman*
Annals of Communications in Mathematics 2023,
6 (4),
238-246
DOI: https://doi.org/10.62072/acm.2023.060404
AbstractThe main purpose of this article is to introduce a modification of q-Dunkl generalization of Szasz-operators. We obtain approximation results via well known Korovkin’s type theorem. Moreover, we obtain the order of approximation, rate of convergence, functions belonging to the Lipschitz class and some direct theorems.
Open AccessArticleApproximation on the Stancu variant of Szasz-Kantorovich operators via Dunkl generalization of post quantum calculus
M. Mursaleen and Md. Nasiruzzaman*
Annals of Communications in Mathematics 2020,
3 (3),
232-241
DOI: https://doi.org/10.62072/acm.2020.030306
AbstractOur main purpose of this article is to study the approximation properties of Szasz-Mirakjan-Kantorovich operators by introducing the non negative parameter ´ 0 5 [α]p,q 5 [β]p,q. For this purpose we define the Stancu variant of Szasz-Mirakjan- ´ Kantorovich operators via (p, q)-variant of Dunkl generalization. First we study the Korovkin’s type approximation results in weighted spaces. Finally, we obtain the convergence of our new operators in by use of modulus of continuity in Lipschitz class and Petter’s Kfunctionals. The extra parameter p provides more flexibility and a generalized version in approximation rather than q.
Open AccessArticleSome inequalities for statistical (C; 1) (H; 1)-summability
M. Mursaleen
Annals of Communications in Mathematics 2020,
3 (1),
1-6
DOI: https://doi.org/10.62072/acm.2020.030101
AbstractThe concept of statistical summability C, 1)(H, 1) has recently been introduced by [8]. In this paper we establish some inequalities related to concept of statistical summability (C, 1)(H, 1).
Open AccessArticleSome Properties of Fundamental Formulation of Tricomplex Polynomials
M. Mursaleen and Md. Nasiruzzaman*
Annals of Communications in Mathematics 2025,
8 (1),
137-149
DOI: https://doi.org/10.62072/acm.2025.080111
AbstractIn this paper, we introduce the algebra of tricomplex numbers as in idempo- tent forms and tricomplex polynomials as a generalization of the field of bicomplex num- bers. We describe how to define elementary functions in such an algebra, polynomials, Taylor series for tricomplex holomorphic functions, algebra of eigenvalues corresponding to an eigenvector on tricomplex space, and using a specific result, we define tricomplex polynomial, which is a better generalization of bicomplex polynomial.




