We investigate a cycle of Bernoulli servers in discrete time. We show that the joint distribution of a customer's sojourn times at the nodes during a.

The joint distribution of sojourn times for a customer traversing an overtake–free series of queues: The discrete time case.

The joint distribution of sojourn times for a customer traversing an overtake-free series of queues: The discrete time case. Hans Daduna.

The joint distribution of sojourn times for a customer traversing an overtake–free series of queues: The discrete time case · Author Picture Hans Daduna. pp ...

From a customer's point of view, the most important performance measure in a queueing network is his sojourn time. This paper presents a survey of sojourn ...

This paper obtains the stationary joint distribution of a customer's sojourn times along an overtake-free path in a closed multiclass Jackson network. The.

The joint distribution of sojourn times for a customer traversing an overtake-free series of queues: The discrete time case ... Queueing Syst. Theory Appl. 1997.

The joint distribution of sojourn times for a customer traversing an overtake-free series of queues: The discrete time case. Queueing Syst. Theory Appl. 27 ...

We investigate a cycle of Bernoulli servers in discrete time. We show that the joint distribution of a customer's sojourn times at the nodes during a round trip ...

The joint distribution of sojourn times for a customer traversing an overtake-free series of queues: The discrete time case. 297-323. view. electronic edition ...