Parabolic PDE:[2208.02767] Parabolic PDE
[2208.02767] Parabolic PDE
由PAGuth著作·2022·被引用16次—Abstract:Westudytheapplicationofatailoredquasi-MonteCarlo(QMC)methodtoaclassofoptimalcontrolproblemssubjecttoparabolic ...。其他文章還包含有:「(Notrecommended)SolveparabolicPDEproblem」、「AFrameworkforSolvingParabolicPartialDifferential...」、「AdaptiveMultilevelSolutionofNonlinearParabolicPDE...」、「AdaptiveSynchronizationforNetworkedParabolicPDE...」、「Chapte...
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u = parabolic( u0 , tlist , Kc , Fc , B , ud , M ) solves the problem based on finite element matrices that encode the equation, mesh, and boundary conditions.
A Framework for Solving Parabolic Partial Differential ...
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The analysis of partial differential equations (PDE) is a ubiquitous technique in computer graphics, geometry processing, and adjacent fields.
Adaptive Multilevel Solution of Nonlinear Parabolic PDE ...
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Nowadays there is an increasing emphasis on all aspects of adaptively gener ating a grid that evolves with the solution of a PDE.
Adaptive Synchronization for Networked Parabolic PDE ...
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This article focuses on the synchronization control of networked uncertain parabolic partial differential equations (PDEs) with uncertain ...
Chapter 6
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The theory of parabolic PDEs closely follows that of elliptic PDEs and, like elliptic PDEs, parabolic PDEs have strong smoothing properties. For example,.
Parabolic partial differential equation
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Parabolic PDEs are used to describe a wide variety of time-dependent phenomena in, i.a., engineering science and financial mathematics. Examples include the ...
Parabolic PDE
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In these notes we discuss aspects of regularity theory for parabolic equations, and some applications to fluids and geometry. They are growing from an informal ...
Robust control of parabolic PDE systems
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The main feature of parabolic PDE systems is that the eigenspectrum of the spatial differential operator can be partitioned into a finite-dimensional slow one ...