Variational Inclusion Governed by αβ-H((., .), (., .))-Mixed Accretive Mapping
Abstract
In this paper, we look into a new concept of accretive mappings called αβ-H((.,.),(.,.))mixed accretive mappings in Banach spaces. We extend the concept of proximal-point mappings
connected with generalized $m$-accretive mappings to the
αβ-H((.,.),(.,.))-mixed accretive mappings and discuss its characteristics like single-valuable and Lipschitz continuity. Some illustration are given in support of αβ-H((.,.),(.,.))-mixed accretive
mappings. Since proximal point mapping is a powerful tool for solving variational inclusion. Therefore, As an application of introduced mapping, we construct an iterative algorithm to solve variational inclusions and show its convergence with acceptable assumptions.
connected with generalized $m$-accretive mappings to the
αβ-H((.,.),(.,.))-mixed accretive mappings and discuss its characteristics like single-valuable and Lipschitz continuity. Some illustration are given in support of αβ-H((.,.),(.,.))-mixed accretive
mappings. Since proximal point mapping is a powerful tool for solving variational inclusion. Therefore, As an application of introduced mapping, we construct an iterative algorithm to solve variational inclusions and show its convergence with acceptable assumptions.
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