FIXED POINTS FOR TWO PAIRS OF ABSORBING MAPPINGS IN WEAK PARTIAL METRIC SPACES

In this paper, a general fixed point theorem for two pairs of absorbing mappings in weak partial metric space, using implicit relations, has been proved

FIXED POINT THEOREMS FOR TWO PAIRS OF MAPPINGS IN PARTIAL METRIC SPACES

In this paper, a general fixed point theorem for two pairs of weakly compatible mappings satisfying a - implicit relation different from the type from [16] is proved. As applications, we obtain the sufficient conditions for the existence of fixed points for a sequence of mappings in partial metric spaces

Two general fixed point theorems for a sequence of mappings satisfying implicit relations in Gp - metric spaces

[EN] In this paper, two general fixed point theorem for a sequence of mappings satisfying implicit relations in Gp - complete metric spaces are proved.Popa, V.; Patriciu, A. (2015). Two general fixed point theorems for a sequence of mappings satisfying implicit relations in Gp - metric spaces. Applied General Topology. 16(2):225-231. doi:10.4995/agt.2015.3830.SWORD22523116

A general fixed point theorem for a pair of self mappings with common limit range property in G - metric spaces

In this paper a general fixed point theorem for a pair of self mappings with common limit range property in G - metric spaces satisfying an implicit relationis proved. In the last part of this paper, as applications, some fixed point results for mappings satisfying contractive conditions of integral type, for almost contractivemappings, for \phi - contractive mappings and for (\phi,\psi) - weak contractive mappings in G - metric spaces, are obtained

A General Fixed Point Theorem for Mappings Satisfying a Cyclical Contractive Condition in S-Metric Spaces

In this paper we introduce a new type of implicit relation in S-metric spaces. Our aim is to prove a general fixed point theorem for mappings satisfying the cyclical contractive condition, which extends several results from the literature

A GENERAL FIXED POINT THEOREM FOR PAIRS OF NON WEAKLY COMPATIBLE MAPPINGS IN G -METRIC SPACES

Abstract. In this paper a general fixed point theorem for pairs of non weakly compatible pairs of mappings in G -metric spaces is proved

Fixed points for a pair of weakly compatible mappings satisfying a new type of ϕ - implicit relation in S - metric spaces

The purpose of this paper is to introduce a new type of φ -implicit relation in S - metric spaces and to prove a general fixed point for a pair of weakly compatible mappings, which generalize Theorems 1, 2, 4 [23], Theorems 1-7 [13], Corollary 2.19 [13], Theorems 2.2, 2.4 [19], Theorems 3.2, 3.3, 3.4 [20] and other known results

A general unique common fixed point theorem for hybrid pairs of mappings in metric spaces

The purpose of this paper is to prove a general unique common fixed point theorem for two pairs of mappings using Hausdorff - Pompeiu metric, which generalizes, in a correct form, the results from [H. Bouhadjera, A. Djoudi and B. Fisher, 2008] and extends Theorem 2.4 [H. Bouhadjera and C. Godet, 2011], for occasionally (f,F) - weakly commuting mappings

A General Fixed Point Theorem for Pairs of Mappings in Orbitally 0-Complete Partial Metric Spaces

The purpose of this paper is to prove a general xed point theoremfor two pairs of mappings satisfying implicit relations in orbitally 0 - complete partial metric space, which include also a result of Hardy - Rogers type