
arXiv: 1005.2247
The most important open problem in Monotone Operator Theory concerns the maximal monotonicity of the sum of two maximal monotone operators provided that Rockafellar's constraint qualification holds. In this paper, we prove the maximal monotonicity of $A+B$ provided that $A$ and $B$ are maximal monotone operators such that $\dom A\cap\inte\dom B\neq\varnothing$, $A+N_{\overline{\dom B}}$ is of type (FPV), and $\dom A\cap\overline{\dom B}\subseteq\dom B$. The proof utilizes the Fitzpatrick function in an essential way.
15 pages Revision
Convex programming, monotone operator of type (FPV), subdifferential, Primary 47H05, Secondary 49N15, 52A41, 90C25, maximal monotone operator, Functional Analysis (math.FA), constraint qualification, Mathematics - Functional Analysis, Convex functions and convex programs in convex geometry, Optimization and Control (math.OC), FOS: Mathematics, Monotone operators and generalizations, Duality theory (optimization), Set-valued operators, Mathematics - Optimization and Control, Set-valued and variational analysis, Fitzpatrick function
Convex programming, monotone operator of type (FPV), subdifferential, Primary 47H05, Secondary 49N15, 52A41, 90C25, maximal monotone operator, Functional Analysis (math.FA), constraint qualification, Mathematics - Functional Analysis, Convex functions and convex programs in convex geometry, Optimization and Control (math.OC), FOS: Mathematics, Monotone operators and generalizations, Duality theory (optimization), Set-valued operators, Mathematics - Optimization and Control, Set-valued and variational analysis, Fitzpatrick function
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