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If at least one mapping of the mappings and is semicompact, then the implicitly iterative sequence defined by (1.2) converges strongly to a common fixed point of and.
In what follows, unless other specified, for each, we always suppose that is a Hilbert space with norm denoted by,, are single-valued mappings, and is a nonlinear mapping.
We prove the theorem under the hypothesis that neither of the mappings and is necessarily a self-mapping.
where is strongly positive defined by (1.15), is a countable family of nonexpansive mappings, and is an -contraction.
Let, is a -quasicontraction that commutes with, one of the mappings and is continuous, and they satisfy.
(2) Theorems 2.7 2.16 represent very strong variants of the results in [3, 8, 11, 13] in the sense that the commutativity or compatibility of the mappings and is replaced by the hypothesis that is a Banach operator pair, needs not be linear or affine, and needs not be -nonexpansive.
Similar(53)
Let be a sequence of set-valued mappings and be a set-valued mapping.
Let be an -Lipschitzian semigroup of pseudocontractive mappings and be an -Lipschitzian -strongly pseudocontractive mapping.
Let the mapping be such that for each, the mappings and are upper semicontinuous with nonempty compact values and.
Mappings and are called -compatible if whenever and.
For all the mappings and are Fréchet-differentiable at.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com