Cooperated traffic shaping technique for efficient accommodation of microbursts in IoT backhaul network

Cooperated traffic shaping technique for efficient accommodation of microbursts in IoT backhaul network

An aggregating switch (SW) network offers cost-effective accommodation to IoT (Internet of Things) traffic by aggregating the traffic. For more efficient accommodation, the microburst traffic must be mitigated, which occurs when massive IoT devices transmit data simultaneously. In this paper, we pro...

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Veröffentlicht in:IEICE COMMUNICATIONS EXPRESS 2021/06/01, Vol.10(6), pp.307-312
Hauptverfasser: Honda, Kazuaki, Shibata, Naotaka, Harada, Rintaro, Kaneko, Shin, Terada, Jun
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IoT
layer-2 network
traffic shaping
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container_issue 6
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container_title IEICE COMMUNICATIONS EXPRESS
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creator Honda, Kazuaki
Shibata, Naotaka
Harada, Rintaro
Kaneko, Shin
Terada, Jun
description An aggregating switch (SW) network offers cost-effective accommodation to IoT (Internet of Things) traffic by aggregating the traffic. For more efficient accommodation, the microburst traffic must be mitigated, which occurs when massive IoT devices transmit data simultaneously. In this paper, we propose cooperated traffic shaping by SWs with estimation of the input rate from the IoT devices to increase the accommodated data size of microburst traffic and derive equations for optimal configurations. Experimental results show that the data size can be increased by 60%.
doi_str_mv 10.1587/comex.2021XBL0037
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source J-STAGE Free; Freely Accessible Japanese Titles; EZB-FREE-00999 freely available EZB journals
subjects IoT
layer-2 network
traffic shaping
title Cooperated traffic shaping technique for efficient accommodation of microbursts in IoT backhaul network
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