Abstract
In this paper, we prove a common fixed point theorems using R-weak commutativity in fuzzy metric spaces. Mathematics Subject Classification: 47H10, 54H25
Highlights
Fuzzy set theory has many applications in applied sciences such as neural network theory, stability theory, mathematical programming, modelling theory, engineering sciences, medical sciences, image processing, control theory, communication etc
In this paper, we prove a common fixed point theorems using R-weak commutativity in fuzzy metric spaces
Various authors such as Erceg [1], George and Veermani [2], Kaleva and Seikkala [6], Kramosil and Michalek [7] introduced the concept of fuzzy metric spaces in different ways
Summary
Fuzzy set theory has many applications in applied sciences such as neural network theory, stability theory, mathematical programming, modelling theory, engineering sciences, medical sciences (medical genetics, nervous system), image processing, control theory, communication etc. Abstract In this paper, we prove a common fixed point theorems using R-weak commutativity in fuzzy metric spaces. (2) If ∆ is continuous and of Hadzic-type, there exists a sequence {bn}n∈N as in (1).
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