Peter G. Harrison, E. Pitel

- Journal Article
- Journal of Applied Probability
- Volume 32
- Issue 1
- pp.224–246
- March, 1995
**DOI**10.2307/3214932- Abstract
The Laplace transform of the probability distribution of the end-to-end delay in tandem networks is obtained where the first and/or second queue are G-queues, i.e. they have negative arrivals. For the most general case the method is based on the solution of a boundary value problem on a closed contour in the complex plane, which itself reduces to the solution of a Fredholm integral equation of the second kind. We also consider the dependence or independence of the sojourn times at each queue in the two special cases where only one of the queues is a G-queue, the other having no negative arrivals.

Information from pubs.doc.ic.ac.uk/response-gn.