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B. Ricceri (2010)
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B. Ricceri (2010)
A MULTIPLICITY RESULT FOR NONLOCAL PROBLEMS INVOLVING NONLINEARITIES WITH BOUNDED PRIMITIVEarXiv: Analysis of PDEs
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B. Ricceri (2008)
Recent Advances in Minimax Theory and Applications
In this paper, we point out a very flexible scheme within which a strict minimax inequality occurs. We then show the fruitfulness of this approach presenting a series of various consequences. Here is one of them: Let Y be a finite-dimensional real Hilbert space, J : Y → R a C 1 function with locally Lipschitzian derivative, and $${\varphi : Y \to [0, + \infty[}$$ a C 1 convex function with locally Lipschitzian derivative at 0 and $${\varphi^{-1}(0) = \{0\}}$$ . Then, for each $${x_0 \in Y}$$ for which J′(x 0) ≠ 0, there exists δ > 0 such that, for each $${r \in ]0, \delta[}$$ , the restriction of J to B(x 0, r) has a unique global minimum u r which satisfies $$J(u_r)\leq J(x)-\varphi(x-u_r)$$ for all $${x \in B(x_0, r)}$$ , where $${B(x_0, r) = \{x \in Y : \|x-x_0\|\leq{r}\}.}$$
Positivity – Springer Journals
Published: Mar 4, 2012
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