A monotone operator P mapping the Orlicz–Lorentz class to an ideal space is considered. The Orlicz–Lorentz class is the cone of measurable functions on R+ =(0, ∞) whose decreasing rearrangements with respect to the Lebesgue measure on R+ belong to the weighted Orlicz space LΦ,ν. Reduction theorems are proved, which make it possible to reduce estimates of the norm of the operator P: ΛΦ,ν →Y to those of the norm of its restriction to the cone of nonnegative step functions in LΦ,ν. The application of these results to the identity operator from ΛΦ,ν to the weighted Lebesgue space Y = L1(R+; g) gives exact descriptions of associated norms for ΛΦ,ν. © 2016, Pleiades Publishing, Ltd
We establish criteria for the validity of modular inequalities for the Hardy operator on the cone Ω ...
The criteria for uniform monotonicity, locally uniformly monotonicity and monotonicity of of Orlicz ...
We establish criteria for the validity of modular inequalities for the Hardy operator on the cone Ω ...
A monotone operator P mapping the Orlicz–Lorentz class to an ideal space is considered. The Orlicz–L...
We consider the monotone operator P, which maps Orlicz-Lorentz class into some ideal space Y=Y(R:+)....
We consider the monotone operator P, which maps Orlicz-Lorentz class into some ideal space Y=Y(R:+)....
The restriction of a monotone operator P to the cone Ω of nonnegative decreasing functions from a we...
The restriction of a monotone operator P to the cone Ω of nonnegative decreasing functions from a we...
Abstract: The paper is devoted to the problem of exact calculation of the norms in ideal spaces for ...
Norm inequalities are considered on the cone of nonnegative functions as well as on the cone Ω of no...
Modular inequalities and inequalities for the norms of Hardy-type operators on the cone Ω of positiv...
Modular inequalities and inequalities for the norms of Hardy-type operators on the cone Ω of positiv...
Summary (translated from the Russian): "We consider modular inequalities and inequalities for norms ...
Modular and norm inequalities are considered for positively homogeneous operators on the cone of all...
The purpose of this paper is to study the behaviour of integral operators of Hardy-type on monotone ...
We establish criteria for the validity of modular inequalities for the Hardy operator on the cone Ω ...
The criteria for uniform monotonicity, locally uniformly monotonicity and monotonicity of of Orlicz ...
We establish criteria for the validity of modular inequalities for the Hardy operator on the cone Ω ...
A monotone operator P mapping the Orlicz–Lorentz class to an ideal space is considered. The Orlicz–L...
We consider the monotone operator P, which maps Orlicz-Lorentz class into some ideal space Y=Y(R:+)....
We consider the monotone operator P, which maps Orlicz-Lorentz class into some ideal space Y=Y(R:+)....
The restriction of a monotone operator P to the cone Ω of nonnegative decreasing functions from a we...
The restriction of a monotone operator P to the cone Ω of nonnegative decreasing functions from a we...
Abstract: The paper is devoted to the problem of exact calculation of the norms in ideal spaces for ...
Norm inequalities are considered on the cone of nonnegative functions as well as on the cone Ω of no...
Modular inequalities and inequalities for the norms of Hardy-type operators on the cone Ω of positiv...
Modular inequalities and inequalities for the norms of Hardy-type operators on the cone Ω of positiv...
Summary (translated from the Russian): "We consider modular inequalities and inequalities for norms ...
Modular and norm inequalities are considered for positively homogeneous operators on the cone of all...
The purpose of this paper is to study the behaviour of integral operators of Hardy-type on monotone ...
We establish criteria for the validity of modular inequalities for the Hardy operator on the cone Ω ...
The criteria for uniform monotonicity, locally uniformly monotonicity and monotonicity of of Orlicz ...
We establish criteria for the validity of modular inequalities for the Hardy operator on the cone Ω ...