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A newκ-deformed parametric model for the size distribution of wealth

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Abstract It has been pointed out by Patriarca et al. (2005) that the power-law tailed equilibrium distribution in heterogeneous kinetic exchange models with a distributed saving parameter can be resolved as… Click to show full abstract

Abstract It has been pointed out by Patriarca et al. (2005) that the power-law tailed equilibrium distribution in heterogeneous kinetic exchange models with a distributed saving parameter can be resolved as a mixture of Gamma distributions corresponding to particular subsets of agents. Here, we propose a new four-parameter statistical distribution which is a κ -deformation of the Generalized Gamma distribution with a power-law tail, based on the deformed exponential and logarithm functions introduced by Kaniadakis (2001). We found that this new distribution is also an extension to the κ -Generalized distribution proposed by Clementi et al. (2010), with an additional shape parameter ν , and properly reproduces the whole range of the distribution of wealth in such heterogeneous kinetic exchange models. We also provide various associated statistical measures and inequality measures.

Keywords: parametric model; new deformed; model size; distribution wealth; deformed parametric; distribution

Journal Title: Physica A: Statistical Mechanics and its Applications
Year Published: 2019

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