Synchronous wavelength reusing/sharing protocols for nonregenerative WDM dual buses

Shu Ming Tseng; Chuang Chim Chiou; Yue Ru Chuang; Shiann Tsong Sheu

doi:10.1109/JSAC.2005.851751

Synchronous wavelength reusing/sharing protocols for nonregenerative WDM dual buses

Shu Ming Tseng^*, Chuang Chim Chiou, Yue Ru Chuang, Shiann Tsong Sheu

^*Corresponding author for this work

Research output: Contribution to journal › Journal Article › peer-review

Abstract

The dual-bus optical network with nonregenerative stations has become popular. In general, the nonregenerative station implementation is better than the regenerative station implementation in media access control delay, cost, and susceptibility of station failures, etc. In this paper, two novel cycle-based protocols, named as synchronous wavelength sharing protocol (SWSP) and synchronous wavelength reusing/sharing protocol (SWRP), are proposed for nonregenerative wavelength-division-multiplexing dual-bus networks. The simulation results show that the network throughput and delay of SWRP are better than those of SWSP, when the numbers of wavelengths and tunable receivers are both limited, and/or the network traffic load is heavy.

Original language	English
Pages (from-to)	1458-1466
Number of pages	9
Journal	IEEE Journal on Selected Areas in Communications
Volume	23
Issue number	8
DOIs	https://doi.org/10.1109/JSAC.2005.851751
State	Published - 08 2005
Externally published	Yes

Keywords

Lightwave networks
Passive stations
Wavelength reuse

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10.1109/JSAC.2005.851751

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title = "Synchronous wavelength reusing/sharing protocols for nonregenerative WDM dual buses",

abstract = "The dual-bus optical network with nonregenerative stations has become popular. In general, the nonregenerative station implementation is better than the regenerative station implementation in media access control delay, cost, and susceptibility of station failures, etc. In this paper, two novel cycle-based protocols, named as synchronous wavelength sharing protocol (SWSP) and synchronous wavelength reusing/sharing protocol (SWRP), are proposed for nonregenerative wavelength-division-multiplexing dual-bus networks. The simulation results show that the network throughput and delay of SWRP are better than those of SWSP, when the numbers of wavelengths and tunable receivers are both limited, and/or the network traffic load is heavy.",

keywords = "Lightwave networks, Passive stations, Wavelength reuse",

author = "Tseng, {Shu Ming} and Chiou, {Chuang Chim} and Chuang, {Yue Ru} and Sheu, {Shiann Tsong}",

year = "2005",

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AU - Chiou, Chuang Chim

AU - Chuang, Yue Ru

AU - Sheu, Shiann Tsong

PY - 2005/8

Y1 - 2005/8

N2 - The dual-bus optical network with nonregenerative stations has become popular. In general, the nonregenerative station implementation is better than the regenerative station implementation in media access control delay, cost, and susceptibility of station failures, etc. In this paper, two novel cycle-based protocols, named as synchronous wavelength sharing protocol (SWSP) and synchronous wavelength reusing/sharing protocol (SWRP), are proposed for nonregenerative wavelength-division-multiplexing dual-bus networks. The simulation results show that the network throughput and delay of SWRP are better than those of SWSP, when the numbers of wavelengths and tunable receivers are both limited, and/or the network traffic load is heavy.

AB - The dual-bus optical network with nonregenerative stations has become popular. In general, the nonregenerative station implementation is better than the regenerative station implementation in media access control delay, cost, and susceptibility of station failures, etc. In this paper, two novel cycle-based protocols, named as synchronous wavelength sharing protocol (SWSP) and synchronous wavelength reusing/sharing protocol (SWRP), are proposed for nonregenerative wavelength-division-multiplexing dual-bus networks. The simulation results show that the network throughput and delay of SWRP are better than those of SWSP, when the numbers of wavelengths and tunable receivers are both limited, and/or the network traffic load is heavy.

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Synchronous wavelength reusing/sharing protocols for nonregenerative WDM dual buses

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Keywords

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