[PDF] Top 20 Solving a Large Scale Nonlinear System of Monotone Equations by using a Projection Technique
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Solving a Large Scale Nonlinear System of Monotone Equations by using a Projection Technique
... on solving the system of large-scale non-linear equations by a new projection ...the projection technique is always interested in separating the present ... See full document
7
Publicly verifiable and efficiency/security-adjustable outsourcing scheme for solving large-scale modular system of linear equations
... for solving LSLE by using simple random permutation matrix ...this technique leaks the statistic information of entries in the coefficient ...incurs large communication and computa- tion ... See full document
13
A family of conjugate gradient methods for large scale nonlinear equations
... gradient projection methods for solving large-scale nonlinear ...for solving the problem, its global convergence is established without the restriction of the Lipschitz ... See full document
8
A quasi Newton algorithm for large scale nonlinear equations
... Inspired by the above observations, we make a study of inexact quasi-Newton methods with a new nonmonotone technique for solving smooth nonlinear equations. In the kth iteration of our ... See full document
16
A trust region spectral method for large scale systems of nonlinear equations
... solving large-scale nonlinear equations (see ...solve large-scale optimization problems and systems of nonlinear equations (see ... See full document
12
Solving a nonlinear inverse system of Burgers equations
... to large deviations in the estimated ...differential equations, numerical analysis, harmonic analysis, functional analysis, fourier analysis and ...solved using third, fourth and sixth-degree ... See full document
19
A New Line Search Method to Solve the Nonlinear Systems of Monotone Equations
... for solving nonlinear systems of equations such that we combine a monotone technique into a modified line search ...for solving nonlinear systems of equations ... See full document
7
An alternative conjugate gradient approach for large-scale symmetric nonlinear equations
... further improved by Gu et al. [3], where a norm descent BFGS methods are designed. Since then, norm descent type BFGS methods especially coorporating with trust regions strategy are presented in the literature and showed ... See full document
20
Solving Large Scale Nonlinear Equations by a New ODE Numerical Integration Method
... non-stiff system, we pick up the parameter ε on ...stiff system, we need to estimate the spectral radius ρ of the Jacobian matrix J(X) such that < 1 is ... See full document
8
A double direction conjugate gradient method for solving large-scale system of nonlinear equations
... for solving symmetric nonlinear system of equa- tions is a welcome ...development. Nonlinear conjugate gradient came into existence in the year 1964 [13], since then the work on CG became ... See full document
19
Hybrid FDTD/FETD Technique Using Parametric Quadratic Programming for Nonlinear Maxwell's Equations
... in Equations (21) and (22) have the same definitions as in ...in Equations (21) and (22), a large system with small nonlinear regions can be divided into several smaller linear and ... See full document
11
Altered Jacobian Newton Iterative Method for Nonlinear Elliptic Problems
... a nonlinear algorithm named Altered Jacobian Newton Iterative Method for solving system nonlinear equations formed from discretization of non- linear elliptic ... See full document
5
Controllability for nonlinear evolution equations with monotone operators
... In this paper, we investigate the approximate controllability for nonlinear evolution equations with monotone operators and nonlinear controllers according to monotone operator theory. ... See full document
17
A New Numerical Technique for Solving Systems Of Nonlinear Fractional Partial Differential Equations
... Integro-differential equations and fractional differential systems have recently proved to be very useful in the field of physics, engineering, control processing for visco-elastic systems, diffusion, ...in ... See full document
10
Existence results and the monotone iterative technique for nonlinear fractional differential systems involving fractional integral boundary conditions
... The paper is organized as follows: Preliminaries are in Section . Then in Section we construct the monotone sequences of solutions and prove their uniform convergence to the solutions of the systems. Finally, ... See full document
9
Mixed Monotone Iterative Technique for Impulsive Periodic Boundary Value Problems in Banach Spaces
... This paper deals with the existence of L-quasi-solutions for impulsive periodic boundary value problems in an ordered Banach space E. Under a new concept of upper and lower solutions, a new monotone iterative ... See full document
13
An existence uniqueness theorem and alternating contraction projection methods for inverse variational inequalities
... contraction projection method (ACPM), is proposed for solving Lipschitz continuous and strongly monotone inverse variational ...the projection operator P C is difficult to calculate, we ... See full document
19
Solution of the Wigner-Poisson equations for RTDS
... the nonlinear equations, LOCA relies on NOX, Trilinos nonlinear ...linear equations created in the Newton iterations, AztecOO, Trilinos’s preconditioned Krylov solver, is ...the ... See full document
6
The analysis of nonlinear systems in the frequency domain using Nonlinear Output Frequency Response Functions
... the nonlinear system identification approach in (Billings, 2013) can be applied to complete step (i) if the system differential equation model is not ...based system analysis in step (iii) is ... See full document
7
A conjugate gradient algorithm for large scale unconstrained optimization problems and nonlinear equations
... address large-scale optimization problems because they need to store and calculate relevant matrices, whereas the conju- gate gradient algorithm is successful because of its simplicity and ... See full document
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