Common Fixed Point Theorem for Weakly Compatible Maps in Intuitionistic Fuzzy Metric Spaces using Implicit Relation

In this paper, we use the notion of property E.A. in an intuitionistic fuzzy metric space to prove a common fixed point theorem which generalizes Theorem-2 of Turkoglu et al. (2006)

On Existence of Coincidence and Common Fixed Points for Weakly Compatible Self Maps in Normed Boolean Vector Space

In this paper we discuss existence of coincidence and common fixed points for two pairs of weakly compatible self maps in Normed Boolean Vector Space. Our results extend and improve the results of Mishra et al. [8] and others existing in the literature. Some illustrative examples to highlight the validity of obtained results are also furnished. Keywords: Weakly compatible maps, coincidence point, common fixed point, Normed Boolean vector space, Boolean metric

Common fixed point theorems in Fuzzy Metric Spaces employing CLRS and JCLRST property

In this paper, we utilize the CLRS and JCLRST properties to prove someexistence theorems of common xed point for contractive mappings in fuzzy metricspaces. Our results generalize and extend many known results from the literature. Anexample and some applications are given to show the usability of the presented results

SOME FIXED POINT THEOREMS FOR MAPPINGS ATISFYING CONTRACTIVE CONDITIONS OF INTEGRAL TYPE IN MODIFIED INTUITIONISTIC UZZY METRIC SPACES

In this paper, we prove some common fixed point theorems for occasionally weakly compatible mappings satisfying contractive conditions of integral type in modified intuitionistic fuzzy metric spaces

A common fixed point theorem for two weakly compatible pairs in G-metric spaces using the property E.A

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Some Common Fixed Point Theorems in Complex-Valued Metric Spaces Using Implicit Relation

The aim of this paper is to establish some new common fixed point theorems for generalized contractive maps in complex-valued metric space by using property (<em>E.A</em>.) and common property (<em>E.A</em>.)