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Given a subset E of convex functions from
into
which satisfy growth conditions of order p>1 and an open bounded subset
of
, we establish the continuity of a map μΦμ from the set of all Young measures on
equipped with the narrow topology into a set of suitable functionals defined in
and equipped with the topology of Γ-convergence. Some applications are given in the setting of periodic and stochastic homogenization. 相似文献
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M. Valadier 《Probability Theory and Related Fields》1984,67(3):279-282
Sans résumé
Remerciements. L'auteur remercie le rapporteur pour l'amélioration du théorème qu'il a suggérée. 相似文献
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Michel Valadier 《Set-Valued Analysis》1994,2(1-2):357-367
This paper is concerned with sequences inL
1 which converge weakly. Young's measures theory permits us to give sufficient conditions insuring the strong convergence and to understand the behaviour of the sequences which do not converge strongly. 相似文献
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Michel Valadier 《Annali di Matematica Pura ed Applicata》1980,126(1):81-91
Summary Let be a random set with values in closed convex non empty subsets of the dual of a separable Fréchet space. Then its conditional expectation with respect to a sub-tribe is proved to exist and is related to regulat conditional probability. 相似文献
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Annali di Matematica Pura ed Applicata (1923 -) - On présente ici des versions univoques et multivoques d'un résultat de Hoffmann-Jorgensen ([10]). Ces résultats permettent... 相似文献
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This paper is concerned with variants of the sweeping process introduced by J.J. Moreau in 1971. In Section 4, perturbations of the sweeping process are studied. The equation has the formX(t) -N
C(t) (X(t)) +F(t, X(t)). The dimension is finite andF is a bounded closed convex valued multifunction. WhenC(t) is the complementary of a convex set,F is globally measurable andF(t, ·) is upper semicontinuous, existence is proved (Th. 4.1). The Lipschitz constants of the solutions receive particular attention. This point is also examined for the perturbed version of the classical convex sweeping process in Th. 4.1. In Sections 5 and 6, a second-order sweeping process is considered:X (t) -N
C(X(t)) (X(t)). HereC is a bounded Lipschitzean closed convex valued multifunction defined on an open subset of a Hilbert space. Existence is proved whenC is dissipative (Th. 5.1) or when allC(x) are contained in a compact setK (Th. 5.2). In Section 6, the second-order sweeping process is solved in finite dimension whenC is continuous. 相似文献
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