|
|
Mathematica MoravicaPublisher: Faculty of Technical Sciences Čačak, University of Kragujevac, ČačakISSN: 1450-5932Issue: 15_2Date: 2011Journal Homepage |
AbstractKeywords: Well-posedness of fixed point problem for a multifunction; strict fixed points; implicit relations; orbitally complete metric spacesMSC: 54H25; 47H10DOI: 10.5937/MatMor1102001A
AbstractKeywords: Complete metric space; compact metric space; related fixed pointMSC: 54H25DOI: 10.5937/MatMor1102011N
AbstractKeywords: Pell equation; solutions of the Pell equation; continued fractionsMSC: 11D04; 11D09 11D75DOI: 10.5937/MatMor1102019T
AbstractKeywords: Fuzzy maps; Common fixed point; Non-expansive mapDOI: 10.5937/MatMor1102029M
AbstractKeywords: Quasi-Inner Product Space; Thy-Angle; g-AngleMSC: 46B20; 46C15; 51K05DOI: 10.5937/MatMor1102041M
AbstractKeywords: Roots of algebraic equations; upper bounds for roots moduliMSC: 12D10DOI: 10.5937/MatMor1102047S
AbstractKeywords: Iteration formulas; Approximate solutions of equationsMSC: 65H05DOI: 10.5937/MatMor1102051S
AbstractKeywords: Coincidence points; common fixed points; cone metric spaces; Principles of Transpose; Banach’s contraction principle; numerical and nonnumerical distances; characterizations of contractive mappings; Banach’s mappings; nonnumerical transversalsMSC: 47H10; 54H25 54H25; 54C60; 46B40DOI: 10.5937/MatMor1102055T
AbstractKeywords: Metric and topological spaces; TCS-convergence; Complete spaces; Contraction; Asymptotic contraction; Nonlinear conditions for fixed points; Kirk’s theorem for asymptotic contractions; Tasković’s characterizations of asymptotic conditions for fixed pointsMSC: 54E15; 47H10; 05A15 54E35; 54H25DOI: 10.5937/MatMor1102065T
AbstractKeywords: Kuratowski’s problem; fixed points; Cartesian product; complete metric spaces; Cauchy’s sequence; Banach’s principle of contractionMSC: 47H10 54H25DOI: 10.5937/MatMor1102069T
|