This paper studies a finite buffer size Geo X/G/1/N queue with single working vacation and
different input rates. By combining two classic methods of supplementary variable and …

The study of discrete-time queueing systems is important for modeling and optimizing real-
world systems that operate in fixed time intervals, such as telecommunications, computer …

This paper treats a bulk arrival queue with randomized working vacation policy. Whenever
the system becomes empty, the server takes a vacation. During the vacation period …

This paper studies a discrete-time batch arrival GI/G eo/1 queue where the server may take
multiple vacations depending on the state of the queue/system. However, during the …

To improve the performance of Peer-to-Peer (P2P) networks and reduce energy
consumption while minimizing “free-riding” behavior, a queuing model is utilized to abstract …

Using the supplementary variable and the embedded Markov chain method, we consider a
discrete-time batch arrival finite capacity queue with negative customers and working …

This paper investigates a discrete-time single server batch service queue with multiple
working vacations wherein arrivals occur according to a discrete-time renewal process. The …

In this paper, we deal with the customers' equilibrium strategies in a Geo/Geo/1 queuing
system with multiple working vacations. The arriving customers decide whether to join or …

This paper analyzes a discrete-time finite buffer renewal input queue with multiple working
vacations where services are performed in batches of maximum size “b”. The service times …

We consider a discrete-time infinite buffer renewal input queue with multiple vacations and
synchronized abandonment. Waiting customers get impatient during the server's vacation …