A posteriori - Globe Thesis

Keyword [A posteriori] Result: 101 - 120 \| Page: 6 of 7
101.	Recovery Type A Posteriori Error Estimation Of Interior Penalty Discontinuous Galerkin Method For Allen-Cahn Equation
102.	Adaptive Spectral Element Method For Elliptic Partial Differential Equations And Their Optimal Control Problems
103.	Gradient Recovery Type A Posteriori Error Estimates For The Time-dependent PNP Equations And Its Application
104.	Research And Simulation Comparisons Of Item Parameter Estimation Based On Mixed 4PL Model With Different Prior Distributions
105.	Efficient Variable-step Algorithm And Posterior Error Estimation For European Option Pricing Under The Jump-diffusion Model
106.	A Finite Element Method For A Class Of Cardiac Electrophysiological Mathematical Models
107.	Numerical Solutions Of High-dimensional Partial Integro-differential Equations And Forward-backward Stochastic Differential Equations Based On Deep Learning
108.	The New Adaptive Finite Element Method For The Time-Dependent Ginzburg-Landau Equations
109.	Goal-oriented Adaptive Finite Element Methods For Elliptic Equations
110.	Spectral Element Method For Several Types Of Optimal Control Problems Governed By Elliptic Partial Differential Equations
111.	Several Studies On Finite Volume Element Methods On General Quadrilateral Meshes
112.	Adaptive Finite Element DtN Methods For Transmission Scattering Problems
113.	The Discontinuous Galerkin Finite Element Method For The Stokes Eigenvalue Problem
114.	Finite Element Methods For Steklov Type Eigenvalue Problems
115.	Efficient Numerical Solutions And A Posteriori Error Estimates For Nonlinear Neutral Functional Differential Equation
116.	Virtual Element Method For Optimal Control Problem Governed By Stokes Equations
117.	Multi-fidelity Machine Learning Prediction Method For Vortex-induced Vibration Of Ocean Riser
118.	Research On Low Depth Bottom Coherent Doppler Velocimetry Method
119.	Identification Of Source Term In A Multi-term Time-fractional Diffusion Equation
120.	Group Detection Based On Variable Selection
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