On the convergence of Baum-Katz series for sums of linear 2-nd order autoregressive sequences of random variables
Maryna Ilienko, Anastasiia Polishchuk

TL;DR
This paper investigates the conditions under which the Baum-Katz series converges for sums of linear second-order autoregressive sequences, extending understanding of convergence in dependent random processes.
Contribution
It provides new sufficient conditions for the convergence of Baum-Katz series specifically for sums of linear second-order autoregressive sequences.
Findings
Established sufficient conditions for series convergence
Extended classical results to dependent autoregressive sequences
Enhanced understanding of complete convergence in autoregressive models
Abstract
We consider complete convergence and closely related Hsu-Robbins-Erdos-Spitzer-Baum-Katz series for sums whose terms are elements of a linear 2-nd order autoregressive sequences of random variables and prove sufficient conditions for the convergence of this series.
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Taxonomy
TopicsApproximation Theory and Sequence Spaces · Probability and Risk Models · Random Matrices and Applications
