TY - CPAPER
AU - Tadeusz Czachórski
AU - M. Nycz
AU - T. Nycz
AU - V. Vishnevsky
AB - The article summarises author`s experience in two problems related to the use of queueing models in performance evaluation of computer networks: modelling transient states of queues and computations for queueing network models having large number of nodes. Both issues are not well represented in classical queuing theory, yet important to applications, because the observed traffic is time dependant and network topologies that should be considered become larger and larger. The article discusses two approaches: diffusion approximation and fluid-flow approximation that can cope with much larger models that are attainable with the use of Markov chains.
BT - Distributed Computer and Communication Networks
LA - eng
N1 - 17th International Conference, DCCN 2013 Moscow, Russia, October 7-10, 2013
N2 - The article summarises author`s experience in two problems related to the use of queueing models in performance evaluation of computer networks: modelling transient states of queues and computations for queueing network models having large number of nodes. Both issues are not well represented in classical queuing theory, yet important to applications, because the observed traffic is time dependant and network topologies that should be considered become larger and larger. The article discusses two approaches: diffusion approximation and fluid-flow approximation that can cope with much larger models that are attainable with the use of Markov chains.
PB - Springer International Publishing Switzerland
PY - 2014
EP - 58–72
T2 - Distributed Computer and Communication Networks
TI - Modelling Transient States in Queueing Models of Computer Networks: A Few Practical Issues
ER -