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Cellf-deception: human microglia clone 3 (HMC3) cells exhibit more astrocyte-like than microglia-like gene expression. [PDF]
Rahm KK +10 more
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The Otter and the Cleaver: Exploring the Neural Underpinnings of Unitization Using the Gestalt Principle of Proximity. [PDF]
Dennis NA +5 more
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Freely foraging macaques value information in ambiguous terrains. [PDF]
Shahidi N +4 more
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Best proximity pairs and equilibrium pairs for Kakutani multimaps
Nonlinear Analysis: Theory, Methods & Applications, 2009zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Al-Thagafi, M. A., Shahzad, Naseer
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Optimal problems of the best proximity pair by proximal normal structure
2023Summary: Let \((A_1,A_2,A_3)\) be a triple of nonempty convex subsets of a metric space \(\Omega\). In this paper, we determine optimal problems of the best proximity pair by proximal normal structure between two sets \(A_1\) and \(A_2\) with the help of a third set \(A_3\) and we find some necessary and sufficient conditions for existence this optimal
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Proximinal Retracts and Best Proximity Pair Theorems
Numerical Functional Analysis and Optimization, 2003Abstract This note is concerned with proximinality and best proximity pair theorems in hyperconvex metric spaces and in Hilbert spaces. Given two subsets A and B of a metric space and a mapping best proximity pair theorems provide sufficient conditions that ensure the existence of an such that Thus such theorems provide optimal approximate solutions in
W. A. Kirk, Simeon Reich, P. Veeramani
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Fuzzy equilibrium via best proximity pairs in abstract economies
Soft Computing, 2021zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Premyuda Dechboon +3 more
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On best proximity pair theorems for relatively -continuous mappings
Nonlinear Analysis: Theory, Methods & Applications, 2011zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Eldred, A. Anthony +2 more
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2001
Let \(X\) and \(Y\) be any two topological spaces. A multifunction \(T:X\to 2^Y\) is said to be (i) upper semi-continuous if \(T^{-1}(B)= \{x\in X:(Tx)\cap B\neq\emptyset\}\) is closed in \(X\) whenever \(B\) is a closed subset of \(Y\); (ii) Kakutani multifunction if (a) \(T\) is upper semi-continuous, (b) either \(Tx\) is a singleton for each \(x\in ...
BASHA, SS, VEERAMANI, P, PAI, DV
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Let \(X\) and \(Y\) be any two topological spaces. A multifunction \(T:X\to 2^Y\) is said to be (i) upper semi-continuous if \(T^{-1}(B)= \{x\in X:(Tx)\cap B\neq\emptyset\}\) is closed in \(X\) whenever \(B\) is a closed subset of \(Y\); (ii) Kakutani multifunction if (a) \(T\) is upper semi-continuous, (b) either \(Tx\) is a singleton for each \(x\in ...
BASHA, SS, VEERAMANI, P, PAI, DV
openaire +1 more source

