A general fixed point theorem for four weakly compatible mappings satisfying an implicit relation

Point Theorems for Compatible Mappings Satisfying an Implicit Relation

A Common Fixed Point Theorem for Six Mappings via Weakly Compatible Mappings in Symmetric Spaces Satisfying Integral Type Implicit Relations

The purpose of the present paper is to prove a general common fixed point theorem for six mappings via weakly compatible mappings in symmetric spaces satisfying integral type implicit relations. This generalizes and improves several known results published in the literature including those of Pathak et al. (Applied Math. E-notes 7 (2007), 222-228), Popa (Stud. Cercet Stiint. Mat. Univ. Bacau 7 ...

A COMMON FIXED POINT THEOREM FOR SIX WEAKLY COMPATIBLE MAPPINGS IN M-FUZZY METRIC SPACES

In this paper, we give some new definitions of M-fuzzy metric spaces and we prove a common fixed point theorem for six mappings under the condition of weakly compatible mappings in complete M-fuzzy metric spaces.

Fixed points for weakly compatible mappings satisfying an implicit relation in partially ordered metric spaces

Let (X, d, ) be a partially ordered metric space. Let F, G be two set valued mappings and f , g two single valued mappings on X . We obtained sufficient conditions for existence of common fixed point of F , G, f and g satisfying an implicit relation in X .

A common fixed point theorem for weakly compatible maps satisfying common property (E:A:) and implicit relation in intuitionistic fuzzy metric spaces

In this paper, employing the common property ($E.A$), we prove a common fixed theorem for weakly compatible mappings via an implicit relation in Intuitionistic fuzzy metric space. Our results generalize the results of S. Kumar [S. Kumar, {it Common fixed point theorems in Intuitionistic fuzzy metric spaces using property (E.A)}, J. Indian Math. Soc., 76 (1-4) (2009), 94--103] and C. Alaca et al...