Abstract:In this paper we use basic properties of strongly convex functions to obtain new inequalities including Jensen type and Jensen-Mercer type inequalities. Applications for special means are pointed out as well. We also give a Jensen's operator inequality for strongly convex functions. As a corollary, we improve the Hölder-McCarthy inequality under suitable conditions.
More precisely we show that iffor each positive operator A and x ∈ H with x = 1.2010 Mathematics Subject Classification. Primary 47A63, 26B25. Sec… Show more
We establish a reverse inequality for Tsallis relative operator entropy involving a positive linear map. In addition, we present converse of Ando's inequality, for each parameter.We give examples to compare our results with the known results by Furuta and Seo. In particular, we establish an extension and a reverse of the Löwner-Heinz inequality under certain condition. Some interesting consequences of inner product spaces and norm inequalities are also presented.
We establish a reverse inequality for Tsallis relative operator entropy involving a positive linear map. In addition, we present converse of Ando's inequality, for each parameter.We give examples to compare our results with the known results by Furuta and Seo. In particular, we establish an extension and a reverse of the Löwner-Heinz inequality under certain condition. Some interesting consequences of inner product spaces and norm inequalities are also presented.
“…Convex functions were proposed by Jensen over 100 years ago. Over the past few years, many generalizations and extensions have been made for the convexity, for example, quasi-convexity [19], strong convexity [20,21], approximate convexity [22], logarithmical convexity [23], midconvexity [24], pseudo-convexity [25], h-convexity [26], deltaconvexity [27], s-convexity [28], preinvexity [29], GA-convexity [30], GG-convexity [31], coordinate strong convexity [32], and Schur convexity [33][34][35][36][37][38][39][40][41][42][43][44]. In particular, many remarkable inequalities can be found in the literature via the convexity theory.…”
In the article, we present several majorization theorems for strongly convex functions and give their applications in inequality theory. The given results are the improvement and generalization of the earlier results.
MSC: 26D15; 26A51; 39B62
We study the notions of strongly convex function as well as -strongly convex function. We present here some new integral inequalities of Jensen's type for these classes of functions. A refinement of companion inequality to Jensen's inequality established by Matić and Pečarić is shown to be recaptured as a particular instance. Counterpart of the integral Jensen inequality for strongly convex functions is also presented. Furthermore, we present integral Jensen-Steffensen and Slater's inequality for strongly convex functions.
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