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then the mapping, denoted by, is said to be an -proximal mapping of with respect to.
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where is the -proximal mapping of with respect to and is a constant.
that is, and the -proximal mapping of is well defined.
that is, and the -proximal mapping of with respect to is well defined.
If is -subdifferentiable at each, then is -subdifferentiable and the -proximal mapping of with respect to is -Lipschitz continuous.
Suppose that (T : Arightarrow B ) is a proximal contraction mapping such that (T(A_{0} )subseteq B_{0}) and (g : Arightarrow A ) is an isometry mapping such that (A_{0}subseteq g(A_{0}) ).
Suppose that (T : Arightarrow B ) is a proximal nonexpansive mapping such that (T(A_{0} )subseteq B_{0}) and (g : Arightarrow A ) is an isometry mapping such that (A_{0}subseteq g(A_{0}) ).
If (T : Arightarrow B ) is a proximal nonexpansive mapping such that (T(A_{0} )subseteq B_{0}) and (g : Arightarrow A ) is an isometry mapping such that (A_{0}subseteq g(A_{0}) ), then there exists an element (xin A_{0} ) such that (nu_{gx - Tx}(t)=nu_{A-B}(t)) for all (t>0).
Suppose that (T : Arightarrow B ) is a continuous affine and proximal nonexpansive mapping such that (T(A_{0} )subseteq B_{0}) and (g : Arightarrow A ) is an isometry mapping such that (A_{0}subseteq g(A_{0}) ).
Furthermore, if the subdifferential for is -strongly monotone, then the -proximal mapping is -Lipschitz continuous.
Furthermore, if additionally the -subdifferential for is -strongly monotone, then the -proximal mapping of with respect to is -Lipschitz continuous.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com