| MIA-27-35 |
A Hilbert-type inequality for Fourier coefficients
|
MIA
Mathematical Inequalities & Applications
|
Volume 27,
Issue 3
07/2024
|
| JCA-14-03 |
Letter to the editor
|
JCA
Journal of Classical Analysis
|
Volume 14,
Issue 1
01/2019
|
| JCA-13-09 |
On absolute matrix summability factors of infinite series
|
JCA
Journal of Classical Analysis
|
Volume 13,
Issue 2
10/2018
|
| MIA-18-97 |
A Hilbert-type inequality
|
MIA
Mathematical Inequalities & Applications
|
Volume 18,
Issue 4
10/2015
|
| JCA-04-05 |
On the degree of approximation of signals Lip(α,r), (r≥ 1) class by almost Riesz means of its Fourier series
|
JCA
Journal of Classical Analysis
|
Volume 4,
Issue 1
01/2014
|
| JCA-02-11 |
On the quasi monotone and generalized power increasing sequences and their new applications
|
JCA
Journal of Classical Analysis
|
Volume 2,
Issue 2
04/2013
|
| JCA-01-04 |
A new application of convex sequences
|
JCA
Journal of Classical Analysis
|
Volume 1,
Issue 1
07/2012
|
| MIA-14-48 |
Characterizations of the convergence of harmonic averages of double numerical sequences
|
MIA
Mathematical Inequalities & Applications
|
Volume 14,
Issue 3
07/2011
|
| MIA-10-58 |
A note on absolute Riesz summability factors
|
MIA
Mathematical Inequalities & Applications
|
Volume 10,
Issue 3
07/2007
|
| MIA-10-34 |
On a summability factor theorem
|
MIA
Mathematical Inequalities & Applications
|
Volume 10,
Issue 2
04/2007
|
| MIA-10-12 |
Double summability factor theorems and applications
|
MIA
Mathematical Inequalities & Applications
|
Volume 10,
Issue 1
01/2007
|
| MIA-08-47 |
General inclusion relations for absolute summability
|
MIA
Mathematical Inequalities & Applications
|
Volume 8,
Issue 3
07/2005
|
| MIA-08-46 |
General inclusion theorems for absolute summability of order k ≥ 1
|
MIA
Mathematical Inequalities & Applications
|
Volume 8,
Issue 3
07/2005
|
| MIA-04-46 |
Classes of numerical sequences
|
MIA
Mathematical Inequalities & Applications
|
Volume 4,
Issue 4
10/2001
|