Open Access"Computational approach to Transient solution for single unreliable server Retrial Queue under non-preemptive priority"
Author(s) -
S. DAMODARAN,
A. M. GANAPATHI SUBRAMANIAN,
GOPAL SEKAR
Publication year - 2022
Publication title -
creative mathematics and informatics
Language(s) - English
Resource type - Journals
eISSN - 1843-441X
pISSN - 1584-286X
DOI - 10.37193/cmi.2022.01.06
Subject(s) - transient (computer programming) , context (archaeology) , eigenvalues and eigenvectors , retrial queue , computer science , steady state (chemistry) , queueing theory , mathematics , queue , transient state , mathematical optimization , queueing system , physics , engineering , computer network , chemistry , paleontology , quantum mechanics , electrical engineering , biology , operating system
"Single server Retrial Queueing model with system repair and breakdown under non-preemptive priority is considered in this paper. The study of the model so far is mostly explored only for steady state solutions with few exceptions to Transient solutions. Though some researchers have attempted transient solution to the model analytically, the solution thus obtained is more complicated that it cannot be solved. In this context, we have found the transient numerical solution to the model using eigenvalues and eigenvectors. Time dependent system performance measures and probability distributions are evaluated and validated with steady state solutions. Single server Retrial Queueing model with system repair and breakdown under non-preemptive priority is considered in this paper. The study of the model so far is mostly explored only for steady state solutions with few exceptions to Transient solutions. Though some researchers have attempted transient solution to the model analytically, the solution thus obtained is more complicated that it cannot be solved. In this context, we have found the transient numerical solution to the model using eigenvalues and eigenvectors. Time dependent system performance measures and probability distributions are evaluated and validated with steady state solutions."