In this paper, we consider the split equality common fixed point problem of infinite families of demicontractive mappings in Hilbert spaces. We introduce a simultaneous iterative algorithm for solving the split equality common fixed point problem of infinite families of demicontractive mappings and prove a strong convergence of the proposed algorithm under some control conditions.
Solving split equality common fixed point problem for infinite families of demicontractive mappings
Hanjing, Adisak and Suantan, Suthep
Abstract
carpathian_2018_34_3_321_331_abstractFull PDF
carpathian_2018_34_3_321_331Additional Information
| Author(s) | Hanjing, A., Suantan, S. |
|---|---|
| DOI | https://doi.org/10.37193/CJM.2018.03.06 |
Related Products
-
Asymptotically α hemicontractive mappings in Hilbert spaces and a new algorithm for solving associated split common fixed point problem
-
A fast viscosity forward-backward algorithm for convex minimization problems with an application in image recovery
-
Existence and approximation of fixed points in convex metric spaces
Recently posted
-
Efficient Reduction of Variances in Stochastic Spectral Conjugate Gradient Algorithm
-
Exponential stability for a wave equation with time-varying delay
-
Two-step inertial viscosity subgradient extragradient algorithm with self-adaptive step sizes for solving pseudomonotone equilibrium problems
-
On a wave equation with mixed dynamic boundary conditions
-
Algorithmic and Analytical Approach for a System of Generalized Multi-valued Resolvent Equations – Part II: Algorithms and Convergence
-
Fixed points vs best proximity points and a contraction map sets with an external factor
-
Semi-exponential Post-Widder operators
-
Optimal solutions of minimization problems via new best proximity point results on quasi metric spaces
-
On the geometry of diffeological vector pseudobundles and infinite dimensional vector bundles: automorphisms, connections and covariant derivatives
-
Naturally ordered transformation semigroups preserving an equivalence relation on an invariant set