New slot management scheme supporting ONU sleep mode

Aimed at the problem of optical network units(ONU) energy saving,a new based on the polling cycle time slot management scheme was proposed.In this scheme,polling cycle was a bandwidth allocation unit,and the transceiver time slots for each ONU were assigned at the beginning of each polling cycle,the...

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Main Authors: Yin-fa ZHANG, Lei JIA, Jian YANG, Tao LIU
Format: Article
Language:zho
Published: Editorial Department of Journal on Communications 2012-10-01
Series:Tongxin xuebao
Subjects:
Online Access:http://www.joconline.com.cn/zh/article/doi/1000-436X(2012)10-0175-08/
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author Yin-fa ZHANG
Lei JIA
Jian YANG
Tao LIU
author_facet Yin-fa ZHANG
Lei JIA
Jian YANG
Tao LIU
author_sort Yin-fa ZHANG
collection DOAJ
description Aimed at the problem of optical network units(ONU) energy saving,a new based on the polling cycle time slot management scheme was proposed.In this scheme,polling cycle was a bandwidth allocation unit,and the transceiver time slots for each ONU were assigned at the beginning of each polling cycle,then the slot allocation information was broadcasted to each ONU through a modified GATE frame.Each ONU received the GATE frame,and extracted its own slot allocation information,and thus received or transmitted data within the allocated time slots in the polling cycle.When there was no need for receiving or transmitting data,the ONU would go into sleep mode with low energy consumption.Theoretical analysis and numerical simulation calculations show that the ONU with new time slot management scheme is only 11% of the energy consumption of the ordinary ONU,While the introduction of the downlink packet delay don’t exceed 2ms,and downlink average queue length is less than 2Mbit.
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institution Kabale University
issn 1000-436X
language zho
publishDate 2012-10-01
publisher Editorial Department of Journal on Communications
record_format Article
series Tongxin xuebao
spelling doaj-art-bc4b99a2fa3b43f8b3f15e286daf25942025-01-14T06:33:11ZzhoEditorial Department of Journal on CommunicationsTongxin xuebao1000-436X2012-10-013317518259665791New slot management scheme supporting ONU sleep modeYin-fa ZHANGLei JIAJian YANGTao LIUAimed at the problem of optical network units(ONU) energy saving,a new based on the polling cycle time slot management scheme was proposed.In this scheme,polling cycle was a bandwidth allocation unit,and the transceiver time slots for each ONU were assigned at the beginning of each polling cycle,then the slot allocation information was broadcasted to each ONU through a modified GATE frame.Each ONU received the GATE frame,and extracted its own slot allocation information,and thus received or transmitted data within the allocated time slots in the polling cycle.When there was no need for receiving or transmitting data,the ONU would go into sleep mode with low energy consumption.Theoretical analysis and numerical simulation calculations show that the ONU with new time slot management scheme is only 11% of the energy consumption of the ordinary ONU,While the introduction of the downlink packet delay don’t exceed 2ms,and downlink average queue length is less than 2Mbit.http://www.joconline.com.cn/zh/article/doi/1000-436X(2012)10-0175-08/Ethernet passive optical networksleep modepower consumptionslot managementgroup delay
spellingShingle Yin-fa ZHANG
Lei JIA
Jian YANG
Tao LIU
New slot management scheme supporting ONU sleep mode
Tongxin xuebao
Ethernet passive optical network
sleep mode
power consumption
slot management
group delay
title New slot management scheme supporting ONU sleep mode
title_full New slot management scheme supporting ONU sleep mode
title_fullStr New slot management scheme supporting ONU sleep mode
title_full_unstemmed New slot management scheme supporting ONU sleep mode
title_short New slot management scheme supporting ONU sleep mode
title_sort new slot management scheme supporting onu sleep mode
topic Ethernet passive optical network
sleep mode
power consumption
slot management
group delay
url http://www.joconline.com.cn/zh/article/doi/1000-436X(2012)10-0175-08/
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AT leijia newslotmanagementschemesupportingonusleepmode
AT jianyang newslotmanagementschemesupportingonusleepmode
AT taoliu newslotmanagementschemesupportingonusleepmode