Results 111 to 120 of about 11,508 (202)
Upper semicontinuous functions and the stone approximation theorem
In convex function theory it has long been recognized as useful to identify a convex function with its epigraph, the convex set of points on or above its graph. Similarly, a concave function is identified with its hypograph, the convex set of points on or below its graph. Analysis is then performed in the product space. We present two standard examples.
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Monotonicity and upper semicontinuity [PDF]
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Microscopical Justification of Solid-State Wetting and Dewetting. [PDF]
Piovano P, Velčić I.
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On the Classical Capacity of General Quantum Gaussian Measurement. [PDF]
Holevo A.
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We prove the existence and uniqueness of random attractors for the p-Laplace equation driven simultaneously by non-autonomous deterministic and stochastic forcing.
Bixiang Wang, Boling Guo
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Representing preorders with injective monotones. [PDF]
Hack P, Braun DA, Gottwald S.
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Variational structures for the Fokker-Planck equation with general Dirichlet boundary conditions. [PDF]
Quattrocchi F.
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Parabolic PDEs with Dynamic Data under a Bounded Slope Condition. [PDF]
Bögelein V, Duzaar F, Treu G.
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