Nonmonotone equilibrium problems: coercivity conditions and weak regularization
Equilibrium problems, Nonmonotone bifunctions, Coercivity conditions, Regularization method, Existence of solutions, 90C33, 49J40, 47J20, 65K10, 65J20,
D. Dyabilkin, I. Konnov
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An Iterative Procedure for Solving Nonsmooth Generalized Equation [PDF]
, 2008 2000 Mathematics Subject Classification: 47H04, 65K10.In this article, we study a general iterative procedure of the following form 0 ∈ f(xk)+F(xk+1), where f is a function and F is a set valued map acting from a Banach space X to a linear normed space Y,
Marinov, Rumen Tsanev
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Mixed-Hybrid Finite Element Approximation Of The Potential Fluid Flow Problem
, 1995 : In the paper a mixed-hybrid approximation of the potential fluid flow problem based on prismatic discretization of the domain is presented. Trilateral prismatic elements with vertical faces and nonparallel bases suitable for the modelling of real ...
J. Maryska +5 more
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Optimization applications of Goldbach's conjecture. [PDF]
Heliyon, 2023 Lin BMT, Lin SM, Shyu SJ.
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Enforcing Dirichlet boundary conditions in physics-informed neural networks and variational physics-informed neural networks. [PDF]
Heliyon, 2023 Berrone S +3 more
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T. Chu Projected pseudo-transient continuation
, 2007 . We propose and analyze a pseudo-transient continuation algorithm for dynamics on subsets of R N. Examples include certain flows on manifolds and the dynamic formulation of bound-constrained optimization problems.
Liqun Qi +5 more
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Variational inequalities and the pricing of American options
, 1989 This paper is devoted to the derivation of some regularity properties of pricing functions for American options and to the discussion of numerical methods, based on the Bensoussan-Lions methods of variational inequalities.
Bernard Lapeyre +5 more
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A Simplified Convex Optimization Model for Image Restoration with Multiplicative Noise. [PDF]
J Imaging, 2023 Che H, Tang Y.
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CALCULATING THE MAXIMUM MODULUS OF A POLYNOMIAL USING STEČKIN’S LEMMA
, 2008 . An algorithm for the calculation of the maximum modulus of a complex polynomial on the unit disc is described and evaluated. The algorithm is based on a lemma of Stečkin. Key words. Maximum modulus, polynomial, Stečkin’s lemma, von Neumann’s inequality,
J. J. Green
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A fast continuous time approach with time scaling for nonsmooth convex optimization. [PDF]
Adv Contin Discret Model, 2022 Boţ RI, Karapetyants MA.
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