Some new two-sided inequalities concerning the fourier transformThe classical Hausdorff-Young and
Hardy-Littlewood-Stein inequalities do not hold for p > 2
Remarks on the monotonicity and convexity of Jensen's function byproduct, the
Hardy-Littlewood-Pöya
inequality is also included. © 2021 Element D.O.O.. All rights reserved.
Hardy–Littlewood and Pitt's inequalities for Hausdorff operators coefficients. We prove
Hardy–Littlewood and Pitt's
inequalities for such series. The corresponding results
Generalizations of Some Hardy-Littlewood-Pólya Type Inequalities and Related Results for real valued functions and r-convex functions respectively. We also obtain generalizations of some
Hardy-Littlewood Orlicz-fractional maximal operators on weighted Lp spaces. These
inequalities are stronger than the
Hardy-Littlewood-Sobolev type
inequalities. More generally, we consider
Hardy-type theorems on Fourier transforms revised belong to Lp. This improves the classical
Hardy and Bellman results. A counterpart for the Fourier
Uniform boundedness of Kantorovich operators in Morrey spaces inequality for the Kantorovich operators and the
Hardy–Littlewood maximal operator, which is of interest
On the coefficient multipliers theorem of Hardy and Littlewood Hp, 0 < p < 1. We prove the estimate C(p) ≤ πep/[p(1 - p)] in the
Hardy-Littlewood inequality We also
On the coefficient multipliers theorem of Hardy and Littlewood Hp, 0 < p < 1. We prove the estimate C(p) ≤ πep/[p(1 - p)] in the
Hardy-Littlewood inequality We also