On the Rate of Convergence for a Characteristic of Multidimensional Birth-Death Process
A. I. Zeifman, Y. A. Satin, K. M. Kiseleva, V.Yu. Korolev

TL;DR
This paper investigates the convergence rates of multidimensional inhomogeneous birth-death processes by deriving bounds for the convergence of their associated one-dimensional processes.
Contribution
It provides new bounds on the convergence rate of multidimensional birth-death processes, extending understanding of their long-term behavior.
Findings
Derived bounds on convergence rates for one-dimensional processes
Extended results to multidimensional inhomogeneous birth-death processes
Enhanced theoretical understanding of process stability
Abstract
We consider a multidimensional inhomogeneous birth-death process (BDP) and obtain bounds on the rate of convergence for the corresponding one-dimensional processes.
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Taxonomy
TopicsAdvanced Queuing Theory Analysis · Probability and Risk Models · Random Matrices and Applications
