In this paper, we introduce a new statistical convergence type, named weighted 
-statistical convergence to generalize the concept of weighted statistical convergence with respect to the intuitionistic fuzzy norm 
. Moreover, we establish its relation to weighted statistical convergence and a new summability method, named as 
-summability with respect tothe intuitionistic fuzzy norm .
Generalized weighted statistical convergence in intuitionistic fuzzy normed linear spaces
Altundağ, Selma and Kamber, Esra
Full PDF
creative_2018_27_2_101_110Additional Information
| Author(s) | Altundağ, Selma, Kamber, Esra |
|---|
Recently posted
-
Some applications of Pick’s Theorem
-
Coincidence and common fixed point theorems for nonself G-almost contractions in Banach spaces endowed with a graph
-
A selfdual generalization of the Theorems of Pascal and Brianchon
-
Fixed point iterations for non-expansive maps and their applications to constrained minimization and feasibility problems in Hilbert spaces
-
Reciprocal distance spectrum of Indu-Bala product of graphs
-
Some classes of distance spaces as generalized metric spaces: terminology, mappings, fixed points and applications in Theoretical Informatics
-
Uniqueness of Shift Polynomials and Derivative Sharing Polynomial
-
Diffeomorphic embedding of Higher-dimensional Hilbert Manifolds into Hilbert spaces
-
Approximating fixed points of the SP*-iteration for generalized nonexpansive mappings in CAT(0) spaces
-
Leverage Centrality in Corona Product of Cycle with some Graphs