Matrix splitting - Globe Thesis

Keyword [Matrix splitting] Result: 21 - 40 \| Page: 2 of 3
21.	On Block-diagonal Preconditioned Accelerated Parameterized Inexact Uzawa Method For Saddle Point Problem
22.	Shell Vector Elements Based Numerical Methods For Electromagnetic Scattering
23.	The Researches On Matrices Splitting Iteration Methods And Preconditioning Techniques Of Saddle-point Linear Systems
24.	Some Iterative Methods And Their Preconditioned Variants For Non-hermitian Linear Systems
25.	Numerical Solutions For Solving Saddle Point And Toeplitz Structured Linear Systems
26.	Some Effective Algorithms For Saddle Point Problems And Their Applications In Image Restoration
27.	Iterative Solution Of Linear Systems In Saddle Point Form
28.	Two Matrix Splitting Iteration Methods For The Discrete Dynamic Complex Linear Systems
29.	Researches On Modulus-based Matrix Splitting Iteration Algorithm For Nonlinear Complementarity Problems
30.	Some Researches On Iterative Methods For Solving Saddle Point Problems
31.	Two Kinds Of Matrix Splitting Iteration Methods For Nonlinear Implicit Complementary Problems
32.	Researches On Numerical Solutions For Three Kinds Of Saddle-point Problems With Different Block Structures And One Kind Of Constrained Optimization Problem
33.	Iterative Solutions For Several Discretized Nonlinear Partial Differential Equations And Constrained Optimization Problems
34.	The Study Of Numerical Methods For Absolute Value Equation
35.	Research Of Modified Accelerated Splitting Iteration Method For Linear Complementarity Problem
36.	A Generalized Splitting Iterative Method For The Discrete Dynamic Linear System
37.	Several Kinds Of Structure-Preserve Preconditioners For Time-space Fractional Diffusion Equations
38.	The Fast Iterative Algorithms For A Class Of Linear Complementartiy Problems Arising From Elastic Contact Problems
39.	The Study Of Numerical Methods For Solving Linear Complementarity Problems
40.	Modulus-based Iterative Methods For Solving A Class Of Weakly Nonlinear Complementarity Problems
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