In this paper, we introduce a new iterative method for nonexpansive mappings in CAT(
) spaces. First, the rate of convergence of proposed method and comparison with recently existing method is proved. Second, strong and 
-convergence theorems of the proposed method in such spaces under some mild conditions are also proved. Finally, we provide some non-trivial examples to show efficiency and comparison with many previously existing methods.
A novel iterative approach for solving common fixed point problems in Geodesic spaces with convergence analysis
Bantaojai, Thanatporn, Garodia, Chanchal, Uddin, Izhar, Pakkaranang, Nuttapol and Yimmuang, Panu
Full PDF
carpathian_2021_37_2_145_160Additional Information
| Author(s) | Pakkaranang, Nuttapol, Uddin, Izhar, Bantaojai, Thanatporn, Yimmuang, Panu, Garodia, Chanchal |
|---|---|
| DOI | https://doi.org/10.37193/CJM.2021.02.01 |
Related Products
-
Coincidence point theorems for cyclic multi-valued and hybrid contractive mappings
-
Existence and convergence for a new multivalued hybrid mapping in CAT(ĸ) spaces
-
Modified General Inertial Mann and General Inertial Viscosity Algorithms for Fixed Point and Common Fixed Point Problems with Applications
Recently posted
-
The approximate solution of the general split variational inequality problem by intermixed iteration
-
Collectively coincidence results for lower semicontinuous multifunctions in locally convex spaces
-
Second-order necessary conditions for bilevel programs via KKT reformulation
-
An inertial method for solving the split equality fixed point problem with multiple output sets
-
Asymptotic modeling of non-linear viscopiezoelectric Kelvin-Voigt type plates via Trotter theory
-
Properties of isocompact spaces in topological groups
-
Two generalized cyclic projection algorithms for solving a class of the split feasibility problem in real Hilbert spaces
-
Global-fixed-point property of gyrogroup actions
-
On simple normal structure and best proximity points in reflexive Banach space
-
Unified Convergence Analysis of Certain At Least Fifth Order Methods