
We give new sufficient conditions for a Banach space to be an Asplund (or reflexive) space in terms of certain upper semicontinuity of the duality mapping.
Geometry and structure of normed linear spaces, Duality and reflexivity in normed linear and Banach spaces, Derivatives of functions in infinite-dimensional spaces, Fréchet-differentiability, Set-valued operators, Asplund space, semicontinuity of the duality mapping
Geometry and structure of normed linear spaces, Duality and reflexivity in normed linear and Banach spaces, Derivatives of functions in infinite-dimensional spaces, Fréchet-differentiability, Set-valued operators, Asplund space, semicontinuity of the duality mapping
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