The punishing factors for convex pairs are 2n-1 with curvature and λ = -4 of Ω at z and of w, respectively. Then for any pair (Ω, ∏) of
convex domains, f ∈ A
On Zipf-Mandelbrot entropy and 3-convex functions and the 3-
convexity of the function. Further, we define
linear functionals as the nonnegative differences
The punishing factors for convex pairs are 2n-1 with curvature and λ = -4 of Ω at z and of w, respectively. Then for any pair (Ω, ∏) of
convex domains, f ∈ A
FURTHER IMPROVEMENT OF AN EXTENSION OF HOLDER-TYPE INEQUALITY their result in a measure theoretic sense and further improve it using log-
convexity of related
linear More accurate classes of jensen–type inequalities for convex and operator convex functionsMotivated by a recent refinement of the scalar Jensen inequality obtained via
linear interpolation
GENERALIZATION OF MAJORIZATION THEOREM-IIThis paper begins with a rigorous study of
convex functions with the goal of developing
On Shannon and Zipf–Mandelbrot entropies and related results and the Zipf–Mandelbrot entropies. Further, we define
linear functionals and present their properties. We also
Generalization of cyclic refinements of Jensen’s inequality by Fink’s identity of the
linear functionals obtained from these identities utilizing the theory of inequalities for n-
convex Bifurcations and new uniqueness criteria for critical points of hyperbolic derivatives the Behnke-Peschl
linear convexity condition for Hartogs domains of special form. A specific rigidity effect