Faith based congestion fairness control in wireless sensor networks

A new basic fairness control principle was applied to assure the equal bandwidth-sharing for the link from nodes-to-sink in wireless sensor networks(WSN).Thus,a new fairness congestion control algorithm(called EFFRC) was proposed which was based on the amounts of event information.To bypass the diff...

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Main Authors: TANG Wen-sheng1, PENG Yu-xing1, LI Shan-shan1, ZHANG Ding-xing1
Format: Article
Language:zho
Published: Editorial Department of Journal on Communications 2009-01-01
Series:Tongxin xuebao
Subjects:
Online Access:http://www.joconline.com.cn/zh/article/74649630/
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author TANG Wen-sheng1
PENG Yu-xing1
LI Shan-shan1
ZHANG Ding-xing1
author_facet TANG Wen-sheng1
PENG Yu-xing1
LI Shan-shan1
ZHANG Ding-xing1
author_sort TANG Wen-sheng1
collection DOAJ
description A new basic fairness control principle was applied to assure the equal bandwidth-sharing for the link from nodes-to-sink in wireless sensor networks(WSN).Thus,a new fairness congestion control algorithm(called EFFRC) was proposed which was based on the amounts of event information.To bypass the difficulty of calculating the amounts of event information,the algorithm calculated the size of the potential event region of the node instead of the amounts of event information.To facilitate calculating the area of the event region,it was subdivided into several quadrilateral ones,and then the area of the region was the sum of the area of all separate ones.The experiments results show that EFFRC is capable of effectively calculating event information as well as achieving the fair allocation of bandwidth.
format Article
id doaj-art-d95d82ad76fb40448f432cbc88afcf8e
institution Kabale University
issn 1000-436X
language zho
publishDate 2009-01-01
publisher Editorial Department of Journal on Communications
record_format Article
series Tongxin xuebao
spelling doaj-art-d95d82ad76fb40448f432cbc88afcf8e2025-01-14T08:28:46ZzhoEditorial Department of Journal on CommunicationsTongxin xuebao1000-436X2009-01-0130475374649630Faith based congestion fairness control in wireless sensor networksTANG Wen-sheng1PENG Yu-xing1LI Shan-shan1ZHANG Ding-xing1A new basic fairness control principle was applied to assure the equal bandwidth-sharing for the link from nodes-to-sink in wireless sensor networks(WSN).Thus,a new fairness congestion control algorithm(called EFFRC) was proposed which was based on the amounts of event information.To bypass the difficulty of calculating the amounts of event information,the algorithm calculated the size of the potential event region of the node instead of the amounts of event information.To facilitate calculating the area of the event region,it was subdivided into several quadrilateral ones,and then the area of the region was the sum of the area of all separate ones.The experiments results show that EFFRC is capable of effectively calculating event information as well as achieving the fair allocation of bandwidth.http://www.joconline.com.cn/zh/article/74649630/wireless sensor networksfairness controlevent faitharea subdivision
spellingShingle TANG Wen-sheng1
PENG Yu-xing1
LI Shan-shan1
ZHANG Ding-xing1
Faith based congestion fairness control in wireless sensor networks
Tongxin xuebao
wireless sensor networks
fairness control
event faith
area subdivision
title Faith based congestion fairness control in wireless sensor networks
title_full Faith based congestion fairness control in wireless sensor networks
title_fullStr Faith based congestion fairness control in wireless sensor networks
title_full_unstemmed Faith based congestion fairness control in wireless sensor networks
title_short Faith based congestion fairness control in wireless sensor networks
title_sort faith based congestion fairness control in wireless sensor networks
topic wireless sensor networks
fairness control
event faith
area subdivision
url http://www.joconline.com.cn/zh/article/74649630/
work_keys_str_mv AT tangwensheng1 faithbasedcongestionfairnesscontrolinwirelesssensornetworks
AT pengyuxing1 faithbasedcongestionfairnesscontrolinwirelesssensornetworks
AT lishanshan1 faithbasedcongestionfairnesscontrolinwirelesssensornetworks
AT zhangdingxing1 faithbasedcongestionfairnesscontrolinwirelesssensornetworks