2018•Journal of convex analysisOpen access

On Minimax Theorems for Lower Semicontinuous Functions in Hilbert Spaces

Ewa M. Bednarczuk, Monika Syga

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Abstract

We prove minimax theorems for lower semicontinuous functions defined on a Hilbert space. The main tools are the theory of Φ-convex functions and sufficient and necessary conditions for the minimax equality for general Φ-convex functions. The conditions we propose are expressed in terms of abstract Φ-subgradients.

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We prove minimax theorems for lower semicontinuous functions defined on a Hilbert space. The main tools are the theory of Φ-convex functions and sufficient and necessary conditions for the minimax equality for general Φ-convex functions. The conditions we propose are expressed in terms of abstract Φ-subgradients.

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Available abstract

We prove minimax theorems for lower semicontinuous functions defined on a Hilbert space. The main tools are the theory of Φ-convex functions and sufficient and necessary conditions for the minimax equality for general Φ-convex functions. The conditions we propose are expressed in terms of abstract Φ-subgradients.

Key concepts: Minimax, Mathematics, Hilbert space, Pure mathematics, Minimax theorem, Discrete mathematics, Mathematical analysis, Mathematical economics

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