Analysis of the Scalability of a Collision-Free Optical Packet Switched LAN

Xianhui Che; David K. Hunter; Ian D. Henning

Analysis of the Scalability of a Collision-Free Optical Packet Switched LAN

Xianhui Che, David K. Hunter, Ian D. Henning

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution

Abstract

A local area network control protocol has been designated to implement collision-free optical packet switching. The resource scheduling takes place in advance and is based on a centralized scheme which raises scalability issues. The impact of the protocol on the network scaling parameters such as distance, nodes number and system configuration, is analyzed theoretically and via simulations to imply a stable network structure.

Original language	English
Title of host publication	Proceedings of the London Communications Symposium 2005
Editors	Miguel Rio
Place of Publication	London
Publisher	Communications Engineering Doctorate Centre
Pages	33 - 36
ISBN (Print)	9780953886357
Publication status	Published - 8 Sept 2005

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title = "Analysis of the Scalability of a Collision-Free Optical Packet Switched LAN",

abstract = "A local area network control protocol has been designated to implement collision-free optical packet switching. The resource scheduling takes place in advance and is based on a centralized scheme which raises scalability issues. The impact of the protocol on the network scaling parameters such as distance, nodes number and system configuration, is analyzed theoretically and via simulations to imply a stable network structure. ",

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N2 - A local area network control protocol has been designated to implement collision-free optical packet switching. The resource scheduling takes place in advance and is based on a centralized scheme which raises scalability issues. The impact of the protocol on the network scaling parameters such as distance, nodes number and system configuration, is analyzed theoretically and via simulations to imply a stable network structure.

AB - A local area network control protocol has been designated to implement collision-free optical packet switching. The resource scheduling takes place in advance and is based on a centralized scheme which raises scalability issues. The impact of the protocol on the network scaling parameters such as distance, nodes number and system configuration, is analyzed theoretically and via simulations to imply a stable network structure.

M3 - Conference contribution

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SP - 33

EP - 36

BT - Proceedings of the London Communications Symposium 2005

A2 - Rio, Miguel

PB - Communications Engineering Doctorate Centre

CY - London

ER -

Analysis of the Scalability of a Collision-Free Optical Packet Switched LAN

Abstract

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