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Our analysis is based on the fact that fuzzy fixed point results can be obtained from the fixed point theorem of multivalued mappings with closed values.
By employing the Leray-Schauder alternative, they gave more general existence theorems for ICP ( f, g, K ) and SICP ( f, g, K ) when f, g are set-valued lower semicontinuous mappings with closed convex values.
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Since S1 and S2 are upper semicontinuous set-valued mappings with nonempty closed values, it follows from Lemma 2.1 that S1 and S2 are closed mappings.
The next result concerns weak G-contraction multivalued mappings with nonempty closed values.
Let be a sequence of nonexpansive mappings with on a closed convex subset of a Banach space and let be a sequence in with (C1). is said to have Browder's property if for each, a sequence defined by (2.10).
The set-valued mappings (S_{i}:X rightarrow2^{X_{i}}) and (T_{i}:Yrightarrow2^{Y_{i}}) are compact closed mappings with nonempty and convex values.
Let be a topological space, with closed and Let be mappings such that for every countable set (3.37).
Let M be a closed subset of an ordered Banach space X with normal order cone, and let (S,Tcolon Mto2^{M}) be two closed (with closed graph) weakly isotone mappings satisfying condition (D_{M}).
Then (Gamma(p):P_{0}rightarrow2^{Xtimes Y}) is u.s.c. the set-valued mappings (S_{i}:X rightarrow2^{X_{i}}) and (T_{i}:Xrightarrow2^{Y_{i}}) are compact closed continuous mappings with nonempty convex values, the vector-valued mappings (f_{i}:Xtimes Ytimes X_{i}rightarrow Z_{i}) and (g_{i}:Xtimes Ytimes Y_{i}rightarrow Z_{i}) are continuous.
Let M be a closed subset of an ordered Banach space X with normal order cone, and let (S,Tcolon Mto2^{M}) be two closed (with closed graph), weakly countably condensing weakly isotone mappings.
Let be a nonempty, closed, and convex subset of a uniformly convex and uniformly smooth Banach space and a closed quasi- -nonexpansive mappings with a fixed point.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com