activity
20152021
collaborators
Showing math.FAShow all

8 papers · 1 filter

math.FA2021

A Strong Convergence Theorem for finite families of Bregman Demimetric Mappings in a Banach Space under a New Shrinking projection Method

Bijan Orouji, Ebrahim Soori, Donal O'Regan +1

A Strong Convergence Theorem for finite families of Bregman Demimetric Mappings in a Banach Space under a New Shrinking projection Method

math.FA2021

Two generalized strong convergence algorithms for the variational inequality problems in Banach spaces

M. Ghadampour, E. Soori

In this paper, two generalized algorithms for solving the variational inequality problem in Banach spaces are proposed. Then the strong convergence of the sequences generated by th…

math.FA2021

The split common null point problem for generalized resolvents and nonexpansive mappings in Banach spaces

Bijan Orouji, Ebrahim Soori

In this paper, the split common null point problem in two Banach spaces is considered. Then, using the generalized resolvents of maximal monotone operators and the generalized proj…

math.FA2018

A Simple proof for the algorithms of relaxed -cocoercive mappings and -inverse strongly monotone mappings

Ravi P. Agarwal, Ebrahim Soori, Donal O'Regan

In this paper, a simple proof is presented for the convergence of the algorithms for the class of relaxed -cocoercive mappings and -inverse strongly monotone mappings. B…

math.FA2017

A product topology convergence scheme for finding a function that it's values are common fixed points of a family of representations

Ebrahim Soori

In this paper, using a family of representations of nonexpansive mappings, we introduce an algorithm in a product space consisting of all functions from a nonempty set

math.FA2015

Approximation of solution set of a variational inequality for (u, v)-cocoercive mappings in Banach spaces

Ebrahim Soori

Let C be a nonempty closed convex subset of a real normed linear space and u, v are positive numbers. In this paper we introduce some new definitions that generalize the analog…