This paper presents modeling and analysis of a finite-queuing system of a server with two
stages of service. In real life, such systems may represent typical network servers or client …

The existing models of servers work on the M/G/1 model which is in some ways predictable
and offers us an opportunity to compare the various other server queuing models …

A simplification and extension to Gordon and Newell's approach to closed queuing networks
is derived. The equations, valid for exponential servers, with one server being a multiserver …

In this paper, a discrete-time multiserver queueing system with infinite buffer size and
general independent arrivals is considered. The service times of packets are assumed to be …

This paper describes queuing system and queuing networks which are successfully used for
performance analysis of different systems such as computer, communications, transportation …

In this paper, a Pentium processor is represented as a queuing network. The objective of this
paper is to deduce an equivalent single-queue–single-server model for the original queuing …

A queuing model with two sequential servers is developed to analyze performance in
computer and communication systems. In one case the CPU is the first server and the …

ABSTRACT A queue is a line of people or things to be handled in a sequential order. It is a
sequence of objects that are waiting to be processed. Queuing theory is the study of queues …

In this thesis we study multi-class queueing models. In general, queueing models provide a
natural means to describe the phenomenon of congestion, and find many applications in …

Hypoexponential servers are commonly seen in today's computer and communication
networks whereby incoming packets are processed by the network server in multiple stages …