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  1. Applied Mathematics and Optimization
  2. Applied Mathematics and Optimization : Volume 42
  3. Applied Mathematics and Optimization : Volume 42, Issue 2, January 2000
  4. Radon—Nikodym Theorem in L ∞
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Applied Mathematics and Optimization : Volume 75
Applied Mathematics and Optimization : Volume 74
Applied Mathematics and Optimization : Volume 73
Applied Mathematics and Optimization : Volume 72
Applied Mathematics and Optimization : Volume 71
Applied Mathematics and Optimization : Volume 70
Applied Mathematics and Optimization : Volume 69
Applied Mathematics and Optimization : Volume 68
Applied Mathematics and Optimization : Volume 67
Applied Mathematics and Optimization : Volume 66
Applied Mathematics and Optimization : Volume 65
Applied Mathematics and Optimization : Volume 64
Applied Mathematics and Optimization : Volume 63
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Applied Mathematics and Optimization : Volume 61
Applied Mathematics and Optimization : Volume 60
Applied Mathematics and Optimization : Volume 59
Applied Mathematics and Optimization : Volume 58
Applied Mathematics and Optimization : Volume 57
Applied Mathematics and Optimization : Volume 56
Applied Mathematics and Optimization : Volume 55
Applied Mathematics and Optimization : Volume 54
Applied Mathematics and Optimization : Volume 53
Applied Mathematics and Optimization : Volume 52
Applied Mathematics and Optimization : Volume 51
Applied Mathematics and Optimization : Volume 50
Applied Mathematics and Optimization : Volume 49
Applied Mathematics and Optimization : Volume 48
Applied Mathematics and Optimization : Volume 47
Applied Mathematics and Optimization : Volume 46
Applied Mathematics and Optimization : Volume 45
Applied Mathematics and Optimization : Volume 44
Applied Mathematics and Optimization : Volume 43
Applied Mathematics and Optimization : Volume 42
Applied Mathematics and Optimization : Volume 42, Issue 3, November 2000
Applied Mathematics and Optimization : Volume 42, Issue 2, January 2000
Conditions for No Breakdown and Bellman Equations of Risk-Sensitive Control
Radon—Nikodym Theorem in L ∞
Decay Rates of Interactive Hyperbolic-Parabolic PDE Models with Thermal Effects on the Interface
Existence Results for Quasistatic Contact Problems with Coulomb Friction
Dynamical Systems in the Variational Formulation of the Fokker—Planck Equation by the Wasserstein Metric
Applied Mathematics and Optimization : Volume 42, Issue 1, January 2000
Applied Mathematics and Optimization : Volume 41
Applied Mathematics and Optimization : Volume 40
Applied Mathematics and Optimization : Volume 39
Applied Mathematics and Optimization : Volume 38
Applied Mathematics and Optimization : Volume 37
Applied Mathematics and Optimization : Volume 36
Applied Mathematics and Optimization : Volume 35

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Radon—Nikodym Theorem in L ∞

Content Provider Springer Nature Link
Author Barron, E. N. Cardaliaguet, P. Jensen, R. R.
Abstract We prove that for any given set function F which satisfies F(∪ A i ) =supi F(A i ) and F(A)=-∈fty if meas (A)=0 , there must exist a measurable function g so that F(A) = ess sup_ y ∈ A g(y) . Two proofs of this result are given. Then a Riesz representation theorem for ``linear'' operators on L ∈fty is proved and used to establish the existence of Green's function for first-order partial differential equations. In the special case u t +H(u,Du)=0 , Green's function is explicitly found, giving the extended Lax formula for such equations.
Starting Page 103
Ending Page 126
Page Count 24
File Format PDF
ISSN 00954616
Journal Applied Mathematics and Optimization
Volume Number 42
Issue Number 2
e-ISSN 14320606
Language English
Publisher Springer-Verlag
Publisher Date 2000-01-01
Publisher Place Berlin, Heidelberg
Access Restriction One Nation One Subscription (ONOS)
Content Type Text
Resource Type Article
Subject Applied Mathematics Control and Optimization
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