Computer Networks and ISDN Systems
Volume 24, Issue 5, June 1992, Pages 367-385
A performance analysis of the IEEE 802.6 (DQDB) subnetwork with the bandwidth balancing mechanism
References (25)
- et al.
A discrete shared processor model for DQDB
Comput. Networks ISDN Systems
(1990) - et al.
Performance aspects of the DQDB protocol
Comput. Networks ISDN Systems
(1990) - et al.
Approximate Performance Analysis of the DQDB Access Protocol
Comput. Networks and ISDN Systems
(1990) A queueing model with applications to bridges and the DQDB (IEEE 802.6) MAN
IBM Research Division, RC 15218
(December 1989)A quasi-gated service discipline and a queueing model for a DQDB data station
Waiting time analysis in a single buffer DQDB (802.6) network
IEEE J. Selected Areas Comm.
(1990)A performance analysis of the IEEE 802.6 (DQDB) subnetwork with the bandwidth balancing mechanism
IBM Research Division, RC 16450
(January 1991)- et al.
A mechanism for implementing preemptive priorities in DQDB subnetworks
- et al.
DQDB media access control protocol: performance evaluation and unfairness analysis
- et al.
DQDB under heavy load: performance evaluation and unfairness analysis
A methodological approach to an extensive analysis of DQDB performance and fairness
IEEE J. Selected Areas Comm.
(1991)
A study of slot reuse in dual bus multiple access networks
Cited by (16)
Hybrid TDMA with heuristic traffic shaping: An efficient bandwidth allocation approach for heavy loaded LANs
2009, Computer NetworksCitation Excerpt :Of course, extensions have been proposed for DQDB, and these include DQDB with a bandwidth balancing (BWB) mechanism [18] and fair queueing variations like Weighted Fair Queueing [21] that overcome the above problem of unfairness. However, these solutions introduce severe packet delays [20,22] and slowiness due to increased complexity [19]. The algorithm complexity of HyTDMA/HTS, as seen from its description and the pseudo-code, is linear O(N), where ‘N’ is the number of network nodes.
Performance analysis of the constant-bit-rate services in an ATM DQDB MAN
1998, Computer CommunicationsDQDB network with a closed loop bandwidth balancing
1996, Computer CommunicationsImproving access delay fairness of DQDB MANs under overload condition
1996, Computer CommunicationsInfluence of the BWB mechanism on some performance figures of a DQDB subnetwork
1995, Computer Networks and ISDN SystemsAn M/G/1 type approach to the approximation of the slot-occupancy pattern in a DQDB network
1994, Performance Evaluation
Copyright © 1992 Published by Elsevier B.V.