The Single Server Queue and the Storage Model: Large Deviations and Fixed Points
Moez Draief
Abstract
We consider the coupling of a single server queue and a storage model defined as a Queue/Store model in Draief et al. 2004. We establish that if the input variables, arrivals at the queue and store, satisfy large deviations principles and are linked through an exponential tilting then the output variables (departures from each system) satisfy large deviations principles with the same rate function. This generalizes to the context of large deviations the extension of Burke's Theorem derived in Draief et al. 2004.
Create a lesson
Related papers
Approximate independence of typical marginals of high-dimensional probability measures
Manuel Arnese, Daniel Lacker
Weak uniqueness for the stochastic heat equation with nondegenerate diffusion: the full Hölder regime
Yi Han
A second eigenvalue lower bound for the directed configuration model
Charles Bordenave, Yizhe Zhu
Necessary and sufficient conditions for the martingale property of stochastic exponentials driven by multi-dimensional diffusions
Erhan Bayraktar, Hao Xing
Validity of the Behrens--Fisher solution
Gunnar Taraldsen
Sublinear multi-type preferential attachment
Anna Ben-Hamou, Nicolas Broutin, Camille Cazaux