In this study, the existing game theoretical framework is extended to strategic queuing in search of solutions for a two-population observable double-ended systems with zero matching times. We show that multiple Nash equilibria and one unique subgame perfect equilibrium exist game.

The evolution of 5G and Beyond networks has enabled new applications with stringent end-to-end latency requirements, but providing reliable low-latency service high throughput over public wireless is still a significant challenge. One the possible ways to solve this exploit path diversity, encoding information flow multiple streams across parallel links. challenge presented by approach design j...

The goal of this paper is to develop a new formalism for modeling of embedded systems. We introduce a new formalism based on timed automata. Subsequently, we show that it is strictly more expressive than closed queuing networks with constant times that are often used in simulation. We introduce conversion algorithm and estimate its complexity. We formulate a simulation method that work in real-...

In this paper, we study some basic limit theorems characterizing the stationary behavior of light traffic queuing systems. Beginning with limit theorems for the simple M/M/1 queuing system, we demonstrate the methodology for applying these theorems for the benefit of service systems. The limit theorems studied here are dominant in the literature. Our contribution is primarily on the analysis le...

Using a data set with approximately four years of elapsed time between the earliest and most recent images of an iris (23 subjects, 46 irises, 6,797 images), we investigate template aging for iris biometrics. We compare the match and nonmatch distributions for short-time-lapse image pairs, acquired with no more than 120 days of time lapse between them, to the distributions for long-time-lapse i...

A fuzzy queuing coherent hierarchical location-allocation model is developed for congested systems. The parameters of the model are approximately evaluated and stated as fuzzy-numbers. The coverage of demand nodes is also considered in an approximate manner and is stated by the degree of membership. Using the queuing theory and fuzzy conditions, a coherent hierarchical model is developed for th...