Some convergence, stability and data dependency results for a Picard-S iteration method of quasi-strictly contractive operators [PDF]
We study some qualitative features like convergence, stability and data dependency for Picard-S iteration method of a quasi-strictly contractive operator under weaker conditions imposed on parametric sequences in the mentioned method. We compare the rate
Müzeyyen Ertürk, Faik Gürsoy
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On T-Stability of Picard Iteration in Cone Metric Spaces [PDF]
The aim of this work is to investigate the T-stability of Picard's iteration procedures in cone metric spaces and give an application.
B. E. Rhoades +3 more
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On T-Stability of the Picard Iteration for Generalized φ-Contraction Mappings [PDF]
We introduce some results on T-stability of the Picard iteration for φ-contraction and generalized φ-contraction mappings on metric spaces.
R. H. Haghi, M. Postolache, Sh. Rezapour
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Modelling iteration in engineering design [PDF]
This paper examines design iteration and its modelling in the simulation of New Product Development (NPD) processes. A framework comprising six perspectives of iteration is proposed and it is argued that the importance of each perspective depends upon ...
Eckert, C. M. +2 more
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A PICARD THEOREM FOR ITERATIVE DIFFERENTIAL EQUATIONS [PDF]
AbstractA Picard type existence and uniqueness theorem is established for iterative differential equations of the ...
Li, Wenrong, Cheng, Sui Sun
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Weak Convergence of Two Iteration Schemes in Banach Spaces [PDF]
In this paper, we established weak convergence theorems by using appropriate conditions for approximating common fixed points and equivalence between the convergence of the Picard-Mann iteration scheme and Liu et al iteration scheme in Banach spaces.
Salwa Abed, Zahraa Mohamed Hasan
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Approximation of Fixed Points for Mean Nonexpansive Mappings in Banach Spaces
In this paper, we establish weak and strong convergence theorems for mean nonexpansive maps in Banach spaces under the Picard–Mann hybrid iteration process.
Junaid Ahmad +3 more
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A modification of the convergence conditions for Picard's iteration [PDF]
To solve by successive approximation nonlinear equations of the form F(x)=0, where F:Ω⊆X→X, is an operator defined on an open convex domain of a Banach space X with values in X, one uses a fixed point theorem based method which requires the operator G(x)=x−F(x) to be a contraction. This has a very limited scope of applicability.
Ezquerro, J. A., Hernández, M. A.
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Mandelbrot Sets and Julia Sets in Picard-Mann Orbit
The purpose of this paper is to introduce the Mandelbrot and Julia sets by using Picard-Mann iteration procedure. Escape criteria is established which plays an important role to generate Mandelbrot and Julia sets.
Cui Zou +4 more
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Iterative approximation of fixed points of contraction mappings in complex valued Banach spaces
We approximate the fixed points of contraction mappings using the Picard–Krasnoselskii hybrid iterative process, which is known to converge faster than all of Picard, Mann and Ishikawa iterations in complex valued Banach spaces.
Godwin Amechi Okeke
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