Local Limit Theorems for $q$-Multinomial and Multiple Heine Distributions
Malvina Vamvakari (Dept. Informatics, Telematics, Harokopio, University of Athens, Greece)

TL;DR
This paper proves local limit theorems showing how q-multinomial and multiple Heine distributions converge to a multivariate Stieltjes-Wigert type distribution, enhancing understanding of their asymptotic behavior.
Contribution
It establishes the first local limit theorems for q-multinomial and multiple Heine distributions, detailing their convergence to a specific multivariate distribution.
Findings
Pointwise convergence of q-multinomial distribution to a Stieltjes-Wigert type distribution
Convergence of multiple Heine distribution to the same limit
Provides a rigorous basis for asymptotic analysis of these distributions
Abstract
In this work we establish local limit theorems for q-multinomial and multiple Heine distributions. Specifically, the pointwise convergence of the q-multinomial distribution of the first kind, as well as for its discrete limit, the multiple Heine distribution, to a multivariate Stieltjes-Wigert type distribution, are provided.
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