Results 31 to 40 of about 66 (60)
Jensen-Steffensen’s inequality for divided differences
This paper investigates generalizations of the classical Jensen-Steffensen inequality to the operator setting of divided differences. Using Hermite–Genocchi representation and leveraging the fundamental connection between the n-convexity of a function f and the convexity of its n-th derivative, we establish a series of new integral and discrete ...
Gorana Aras-Gazić +3 more
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Generalizations of Jensen-Steffensen and related integral inequalities for superquadratic functions
Abstract We present integral versions of some recently proved results which improve the Jensen-Steffensen and related inequalities for superquadratic functions. For superquadratic functions which are not convex we get inequalities analogous to the integral Jensen-Steffensen inequality for convex functions.
Abramovich Shoshana +2 more
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On some conversions of the Jensen-Steffensen inequality
Some conversions of the Jensen-Steffensen inequality for convex functions are considered. Applying exp-convex method improvements and reverses of the Slater-Pečarić inequality are obtained. Related Cauchy’s type means are defined and some basic properties are given.
Ivelić, Slavica, Pečarić, Josip
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Generalized reversed Jensen-Steffensen and related inequalities
We compare two linear functionals that are negative on convex functions. Further, using Green's functions we give some new conditions for reversed Jensen-Steffensen and related inequalities to hold. Using Green's function we also give refinement of Levinson type generalization of reversed Jensen-Steffensen and related inequalities. The acquired results
A.R. Khan, F. Rubab
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23rd Congress of the European Hematology Association Stockholm, Sweden, June 14‐17, 2018
HemaSphere, Volume 2, Issue S1, Page 1-1113, June 2018.
wiley +1 more source
In this paper, using majorization theorems and Lidstone's interpolating polynomials we obtain results concerning Jensen's and Jensen-Steffensen's inequalities and their converses in both the integral and the discrete case. We give bounds for identities related to these inequalities by using Chebyshev functionals.
Vukelić, Ana +2 more
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Jensen, Hölder, Minkowski, Jensen-Steffensen and Slater-Pečarić inequalities derived through N-quasiconvexity [PDF]
Summary: Jensen, Hölder, Minkowski, Jensen-Steffensen and Slater-Pečarić type inequalities derived by the properties of \(\gamma\)-quasiconvex functions that we deal with here, can be seen as analog to these for superquadratic functions and refinements of these for convex functions.
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A variant of Jensen-Steffensen's inequality for convex and superquadratic functions
A variant of Jensen-Steffensen's inequality is considered for convex and for superquadratic functions. Consequently, inequalities for power means involving not only positive weights have been established.
Banić, Senka, Klaričić Bakula, Milica
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Cauchy type means related to the converse Jensen-Steffensen inequality
In this paper we apply so called exp-convex method to the converse Jensen-Steffensen inequality in order to interpret it in the form of exponentially convex functions. The outcome is a new class of Cauchy type means and some new interesting inequalities related to them.
Ivelić, Slavica +2 more
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Bellman-Steffensen type inequalities. [PDF]
Jakšetić J +2 more
europepmc +1 more source

