Superlinear Convergence of Smoothing Quasi-Newton Methods for Nonsmooth Equations
We study local convergence of smoothing quasi-Newton methods for solving a system of nonsmooth (nondifferentiable) equations in ! n . The feature of smoothing quasi-Newton methods is to use a smooth function to approximate the nonsmooth mapping and ...
Xiaojun Chen
core
Robust solutions to box-constrained stochastic linear variational inequality problem. [PDF]
Luo MJ, Zhang Y.
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Remarks On The Numerical Solution Of Certain Linear Complementarity Problems
. In a recent paper, J. K. Aitchison and N. K. Upton have proposed a mathematical model of the behaviour of a cloud formed immediately after the sudden release of a pollutant, together with an algorithm for determining numerical solutions of the ...
Michele Benzi
core
A new model for solving stochastic second-order cone complementarity problem and its convergence analysis. [PDF]
Luo M, Zhang C.
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A modified two-layer iteration via a boundary point approach to generalized multivalued pseudomonotone mixed variational inequalities. [PDF]
Saddeek AM.
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On Conditions for Strict Feasibility in Nonlinear Complementarity Problems
. The strict feasibility plays an important role in the development of theory and algorithms of complementarity problems. In this paper, we establish sufficient conditions to ensure the strict feasibility of a nonlinear complementarity problem.
D. Li, Y. B. Zhao
core
A Two-steps Fixed-point Method for the Simplicial Cone Constrained Convex Quadratic Optimization
In this paper, we deal with the resolution of the simplicial cone constrained convex quadratic optimization (abbreviated SCQO). It is known that the optimality conditions of SCQO is only a standard linear complementarity problem (LCP).
ACHACHE, Mohamed, KHALDI, Merzaka
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Existence and Hadamard well-posedness of a system of simultaneous generalized vector quasi-equilibrium problems. [PDF]
Zhang W, Zeng J.
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The Extended Linear Complementarity Problem
. We consider an extension of the horizontal linear complementarityproblem, which we call the extended linear complementarity problem (XLCP). With the aid of a natural bilinear program, we establish various properties of this extended complementarity ...
Olvi L. Mangasarian, JONG-SHI PANG
core
New global error bound for extended linear complementarity problems. [PDF]
Sun H, Sun M, Wang Y.
europepmc +1 more source

