Dynamic threshold-based assembly algorithms for optical burst switching networks subject to burst rate constraints

Date
2010-04-17
Authors
Toksöz, M. A.
Akar, N.
Advisor
Instructor
Source Title
Photonic Network Communications
Print ISSN
1387-974X
Electronic ISSN
Publisher
Springer
Volume
20
Issue
2
Pages
120 - 130
Language
English
Type
Article
Journal Title
Journal ISSN
Volume Title
Abstract

Control plane load stems from burst control packets which need to be transmitted end-to-end over the control channel and furtherprocessed at core nodes of an optical burst switching (OBS) network for reserving resources in advance for an upcoming burst. Burst assembly algorithms are generally designed without taking into consideration the control plane load they lead to. In this study, we propose traffic-adaptive burst assembly algorithms that attempt to minimize the average burst assembly delay subject to burst rate constraints and hence limit the control plane load. The algorithms we propose are simple to implement and we show using synthetic and real traffic traces that they perform substantially better than the usual timer-based schemes.

Course
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Book Title
Keywords
Burst assembly algorithms, Burst assembly delay, Optical burst switching, Assembly algorithm, Burst assembly, Burst control packets, Burst rate, Control channels, Control planes, Core nodes, Dynamic threshold, Optical bursts, Real traffic, Timer-based, Adaptive algorithms, Optical switches, Packet switching, Switching networks, Optical burst switching
Citation
Published Version (Please cite this version)