Queueing Networks with Finite Capacity
Proceedings of the Second International Conference, Research Triangle Park, NC, USA, 28-29 May 1992 and 28-30 September 1992
Published on 21. December 1992
Book
Hardback
316 pages
978-0-444-89772-5 (ISBN)
Description
The theory and applications of finite capacity queueing networks and how they relate to their respective fields are considered in this book. Contributions are sourced from researchers in such diverse areas as computer science, computer engineering, operations research and industrial engineering, ensuring a comprehensive and wide-ranging focus. It is hoped the publication will assist in the extension of the state of the art in this area, stimulate the exchange of ideas and create new research inititatives.
The theory and applications of finite capacity queueing networks and how they relate to their respective fields are considered in this book. Contributions are sourced from researchers in such diverse areas as computer science, computer engineering, operations research and industrial engineering, ensuring a comprehensive and wide-ranging focus. It is hoped the publication will assist in the extension of the state of the art in this area, stimulate the exchange of ideas and create new research inititatives.
The theory and applications of finite capacity queueing networks and how they relate to their respective fields are considered in this book. Contributions are sourced from researchers in such diverse areas as computer science, computer engineering, operations research and industrial engineering, ensuring a comprehensive and wide-ranging focus. It is hoped the publication will assist in the extension of the state of the art in this area, stimulate the exchange of ideas and create new research inititatives.
More details
Language
English
Place of publication
Oxford
United Kingdom
Publishing group
Elsevier Science & Technology
Target group
College/higher education
Professional and scholarly
Dimensions
Height: 230 mm
ISBN-13
978-0-444-89772-5 (9780444897725)
Copyright in bibliographic data is held by Nielsen Book Services Limited or its licensors: all rights reserved.
Schweitzer Classification
Content
Two queues in tandem with dropping or blocking of customers, D.-S. Lee and B. Sengupta; exact analysis of multiple job classes and different types of blocking, T. Choukri; cycle time distribution of cyclic networks with blocking, S. Balsamo et al; deadlock-free buffer allocations in multiple chain blocking networks with tandem sequences, J. Liebegerr; approximate analysis of a discrete time tandem network of cut-through queues with blocking and bursty traffic, T.D. Morris and H.G. Perros; ATM-based broadband switching system network performance under bursty traffic, C. Chen et al; the upper bounds for performance measures of a finite capacity polling system under bursty arrivals, Y.T. Jou et al; a decomposition method for the analysis of tandem queueing networks with blocking before service, A. Bouhchouch et al; approximate analysis of open M/M/C/K/ queueing networks, Y. Han and J. MacGregor Smith; entropy maximized queueing networks with blocking and multiple job classes, D.D. Kouvatsos and S.G. Denazis; exact analysis of multi-job class networks of queues with blocking-after-service, I.F. Akildiz and C.-C. Huang; sparse L-matrix computations - a new approach, J. Pellaumail; a numerical solution method for PH/D/1/K queueing systems, R. German and C. Lindemann; analysis of a tandem queue with state-dependent general blocking - a GSMP perspective, D.W. Cheng; a finite capacity queueing network with single and multiple processing nodes, S. Chakravarthy; two-stage, multi-product production/inventory systems, G.A. Shiue and T. Altiok; an approximation model for a manufacturing cell attended by a material handling system, S.Y. Ruan and M.A. Jafari; an error bound for infinite approximations of queueing networks with large finite stations, L. Decreusefond et al; a decomposition method for throughput analysis of cyclic queues with production blocking, X.-G. Liu et al; on the tail approximation of the blocking probability of single server queues with finite buffer capacity, C. Bisdikian et al; a note on the arrival theorem for closed queueing networks with blocking, N.M. van Dijk; variance of output of a tandem production system, S.B. Gershwin.