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SOUNET: Self-Organized Underwater Wireless Sensor Network
by
Kim, Hee-won
, Cho, Ho-Shin
in
closed loop
/ Connectivity analysis
/ network connectivity
/ Networks
/ node isolation
/ packet delivery ratio
/ Packets (communication)
/ Remote sensors
/ self-healing
/ self-organization
/ Sensors
/ Tables
/ Underwater
/ underwater experiment
/ underwater wireless sensor networks
/ Wireless networks
2017
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SOUNET: Self-Organized Underwater Wireless Sensor Network
by
Kim, Hee-won
, Cho, Ho-Shin
in
closed loop
/ Connectivity analysis
/ network connectivity
/ Networks
/ node isolation
/ packet delivery ratio
/ Packets (communication)
/ Remote sensors
/ self-healing
/ self-organization
/ Sensors
/ Tables
/ Underwater
/ underwater experiment
/ underwater wireless sensor networks
/ Wireless networks
2017
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Do you wish to request the book?
SOUNET: Self-Organized Underwater Wireless Sensor Network
by
Kim, Hee-won
, Cho, Ho-Shin
in
closed loop
/ Connectivity analysis
/ network connectivity
/ Networks
/ node isolation
/ packet delivery ratio
/ Packets (communication)
/ Remote sensors
/ self-healing
/ self-organization
/ Sensors
/ Tables
/ Underwater
/ underwater experiment
/ underwater wireless sensor networks
/ Wireless networks
2017
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Journal Article
SOUNET: Self-Organized Underwater Wireless Sensor Network
2017
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Overview
In this paper, we propose an underwater wireless sensor network (UWSN) named SOUNET where sensor nodes form and maintain a tree-topological network for data gathering in a self-organized manner. After network topology discovery via packet flooding, the sensor nodes consistently update their parent node to ensure the best connectivity by referring to the timevarying neighbor tables. Such a persistent and self-adaptive method leads to high network connectivity without any centralized control, even when sensor nodes are added or unexpectedly lost. Furthermore, malfunctions that frequently happen in self-organized networks such as node isolation and closed loop are resolved in a simple way. Simulation results show that SOUNET outperforms other conventional schemes in terms of network connectivity, packet delivery ratio (PDR), and energy consumption throughout the network. In addition, we performed an experiment at the Gyeongcheon Lake in Korea using commercial underwater modems to verify that SOUNET works well in a real environment.
Publisher
MDPI AG,MDPI
Subject
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