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A general class of relative optimization problems descent solution methods. This approach gives suitable trajectories tending to a relatively optimal state
Iterative solution methods for mixed equilibrium problems and variational inequalities with non-smooth functions functions is considered. We describe some recent advances in the theory and solution methods for such mixed
Nonlinear extended variational inequalities without differentiability: Applications and solution methods inequality ones. Several classes of applications of such problems are described. Iterative methods
Вычисление пространственных координат целей в разностно- дальномерных комплексах пассивной локации методом Левенберга- Марквардта equation systems (Newton, modified Newton's method, gradient descent, sequential iterations, Levenberg
Some new facts about sequential quadratic programming methods employing second derivatives, our experiments confirm that the descent condition, and a model method based on it, work as expected
Inexact Partial Linearization Methods for Network Equilibrium Problems linearization method for network equilibrium problems with mixed demand. In these modifications, the auxiliary
Descent methods for monotone equilibrium problems in Banach spaces bifunction. We propose a combined regularization and descent method for this problem and establish strong
Shells analysis in orthogonal curvilinear coordinate system with variation-difference methodThe variation-difference method is a convenient numerical method for shells of complex forms
A Comparison of Evolutionary Algorithms and Gradient-based Methods for the Optimal Control Problem optimizer, Fast gradient descent method, Marquardt method and Adam method. The simulation is performed on a
Method of two-parameters control of spacecraft during descent in the mars atmosphereMethod of two-parameters control of spacecraft during descent in the mars atmosphere
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