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A modified combined relaxation method for non-linear convex variational inequalities
Konnov I.
A modified combined relaxation method for non-linear convex variational inequalities
More accurate classes of jensen–type inequalities for convex and operator convex functions
Choi D., Krni M., Peari J.
-adjoint operators. The first class refers to a usual convexity, while the second one deals with the operator
Immobile indices and CQ-free optimality criteria for Linear Copositive Programming problems
Kostyukova, O. I., Tchemisova, T. V., Dudina, O. S., Костюкова, О. И., Чемисова, Т. В., Дудина, О. С.
be represented as a union of a finite number of convex closed bounded polyhedra. We show that the study
The punishing factors for convex pairs are 2n-1
Avkhadiev F., Wirths K.
with curvature and λ = -4 of Ω at z and of w, respectively. Then for any pair (Ω, ∏) of convex domains, f ∈ A
One algorithm for branch and bound method for solving concave optimization problem
Andrianova A., Korepanova A., Halilova I.
the necessary and sufficient conditions of optimum for the original problem and for a convex programming problem
FURTHER IMPROVEMENT OF AN EXTENSION OF HOLDER-TYPE INEQUALITY
Jaksetic J., Pecaric J., Kalamir K.S.
their result in a measure theoretic sense and further improve it using log-convexity of related linear
Immobile Indices and CQ-Free Optimality Criteria for Linear Copositive Programming Problems
Kostyukova O.I., Tchemisova T.V., Dudina O.S.
be represented as a union of a finite number of convex closed bounded polyhedra. We show that the study
Lah–Ribarič type inequalities for (h, g; m)-convex functions
Andrić M., Pečarić J.
Recently introduced new class of (h, g; m)-convex functions unifies a certain range of convexity
On Rabier's result and nonbounded montgomery's identity
Fahad A., Jakšetić J., Pečarić J.
of result from [9] for the class of n-convex functions. © 2019 Element D.O.O. All Rights Reserved.
Refinements of some fractional integral inequalities for refined (α, h− m) -convex function
Jung C.Y., Farid G., Yasmeen H., Lv Y.-P., Pečarić J.
via the refined (α, h− m) -convex function. The established results give refinements of fractional

Страница 9 из 1652

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