On the $\sigma$-balancing property of multivariate generalized quasi-arithmetic means
Tibor Kiss, Gerg\H{o} Nagy

TL;DR
This paper characterizes the $\sigma$-balancing property in multivariate generalized quasi-arithmetic means, extending previous results by relaxing conditions on generating functions and exploring the property’s implications.
Contribution
It extends the characterization of the $\sigma$-balancing property to multivariate means under minimal assumptions, broadening the understanding of quasi-arithmetic means.
Findings
Characterization of $\sigma$-balancing property in multivariate means
Relaxation of differentiability conditions on generating functions
Extension of previous univariate results to multivariate case
Abstract
The aim of this paper is to characterize the so-called -balancing property in the class of generalized quasi-arithmetic means. In general, the question is whether those elements of a given family of means that possess this property are quasi-arithmetic. The first result in the latter direction is due to G. Aumann who showed that a balanced complex mean is necessariliy quasi-arithmetic provided that it is analytic. Then Aumann characterized quasi-arithmetic means among Cauchy means in terms of the balancing property. These results date back to the 1930s. In 2015, Lucio R. Berrone, generalizing balancedness, concluded that a mean having that more general property is quasi-arithmetic if it is symmetric, strict and continuously differentiable. A common feature of these results is that they assume a certain order of differentiability of the mean whether or not it is a natural…
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Taxonomy
TopicsFunctional Equations Stability Results · Mathematical Inequalities and Applications · Iterative Methods for Nonlinear Equations
