CT-TDMA:efficient TDMA protocol for underwater sensor networks

Aimed at underwater acoustic sensor networks(UWSN),a novel sender based conflict model with the schemes of allocating continuous time was presented,including local conflict graph(LCG)and a distribute algorithm to generate LCG.Moreover,CT-TDMA,an efficient TDMA protocol based on the conflict model wa...

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Main Authors: Lu HONG, Feng HONG, Zheng-bao LI, Zhong-wen GUO
Format: Article
Language:zho
Published: Editorial Department of Journal on Communications 2012-02-01
Series:Tongxin xuebao
Subjects:
Online Access:http://www.joconline.com.cn/thesisDetails#1000-436X(2012)02-0164-11
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author Lu HONG
Feng HONG
Zheng-bao LI
Zhong-wen GUO
author_facet Lu HONG
Feng HONG
Zheng-bao LI
Zhong-wen GUO
author_sort Lu HONG
collection DOAJ
description Aimed at underwater acoustic sensor networks(UWSN),a novel sender based conflict model with the schemes of allocating continuous time was presented,including local conflict graph(LCG)and a distribute algorithm to generate LCG.Moreover,CT-TDMA,an efficient TDMA protocol based on the conflict model was also proposed,which used heuristic priority rules to allocate transmitting moments for all nodes.CT-TDMA exploits the diversity of propagation delay of different links in UWSN to decrease the idle time between packets at the same receiving node,which helps in improving the throughput.And a heuristic schedule algorithm is applied to shorten the process of allocating continuous time for each node.Simulation results show that,compared with traditional TDMA protocols such as ST-MAC,network throughput of CT-TDMA has increased 20% and end to end delay has decreased 18%;compared to the theoretically optimal scheme with global knowledge,CT-TDMA has achieved 80% network throughput and the end to end delay is only 12% longer.
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id doaj-art-5535ba6af94941ffb378e23cd67752ba
institution OA Journals
issn 1000-436X
language zho
publishDate 2012-02-01
publisher Editorial Department of Journal on Communications
record_format Article
series Tongxin xuebao
spelling doaj-art-5535ba6af94941ffb378e23cd67752ba2025-08-20T02:09:23ZzhoEditorial Department of Journal on CommunicationsTongxin xuebao1000-436X2012-02-013316417459660424CT-TDMA:efficient TDMA protocol for underwater sensor networksLu HONGFeng HONGZheng-bao LIZhong-wen GUOAimed at underwater acoustic sensor networks(UWSN),a novel sender based conflict model with the schemes of allocating continuous time was presented,including local conflict graph(LCG)and a distribute algorithm to generate LCG.Moreover,CT-TDMA,an efficient TDMA protocol based on the conflict model was also proposed,which used heuristic priority rules to allocate transmitting moments for all nodes.CT-TDMA exploits the diversity of propagation delay of different links in UWSN to decrease the idle time between packets at the same receiving node,which helps in improving the throughput.And a heuristic schedule algorithm is applied to shorten the process of allocating continuous time for each node.Simulation results show that,compared with traditional TDMA protocols such as ST-MAC,network throughput of CT-TDMA has increased 20% and end to end delay has decreased 18%;compared to the theoretically optimal scheme with global knowledge,CT-TDMA has achieved 80% network throughput and the end to end delay is only 12% longer.http://www.joconline.com.cn/thesisDetails#1000-436X(2012)02-0164-11underwater sensor networks;MAC protocols;TDMAST-MAC
spellingShingle Lu HONG
Feng HONG
Zheng-bao LI
Zhong-wen GUO
CT-TDMA:efficient TDMA protocol for underwater sensor networks
Tongxin xuebao
underwater sensor networks;MAC protocols;TDMA
ST-MAC
title CT-TDMA:efficient TDMA protocol for underwater sensor networks
title_full CT-TDMA:efficient TDMA protocol for underwater sensor networks
title_fullStr CT-TDMA:efficient TDMA protocol for underwater sensor networks
title_full_unstemmed CT-TDMA:efficient TDMA protocol for underwater sensor networks
title_short CT-TDMA:efficient TDMA protocol for underwater sensor networks
title_sort ct tdma efficient tdma protocol for underwater sensor networks
topic underwater sensor networks;MAC protocols;TDMA
ST-MAC
url http://www.joconline.com.cn/thesisDetails#1000-436X(2012)02-0164-11
work_keys_str_mv AT luhong cttdmaefficienttdmaprotocolforunderwatersensornetworks
AT fenghong cttdmaefficienttdmaprotocolforunderwatersensornetworks
AT zhengbaoli cttdmaefficienttdmaprotocolforunderwatersensornetworks
AT zhongwenguo cttdmaefficienttdmaprotocolforunderwatersensornetworks