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Abstract: Design of underwater wireless sensor networks (UWSNs) is difficult because of limited battery energy of sensor nodes. Low bandwidth and energy ...
Abstract—Design of underwater wireless sensor networks. (UWSNs) is difficult because of limited battery energy of sensor nodes. Low bandwidth and energy ...
This paper verifies the better performance through simulation results of Network lifetime, Stability and Instability period, Energy consumption and ...
... Ahmed Raza Hameed et al. proposed Balanced Energy-Efficient Circular BEEC [15] routing protocol for UWSN. BEEC mainly focuses on energy efficiency. ...
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May 18, 2018 · The balanced energy-efficient circular (BEEC) routing protocol [34] considers a circular network divided into ten circular regions called ...
Aug 15, 2023 · [37] proposed that the UWSN implement the BEEC routing protocol, which stands for Balanced Energy-Efficient Circular. BEEC's primary objective ...
To address this problem, we propose an Energy-Balanced and Depth-Controlled Routing Protocol for Underwater Wireless Sensor Networks in this paper. The proposed ...
Balanced Energy Efficient Rectangular routing protocol (BEER) covers the maximum network area with the mobility of sinks and collects the data from sensor nodes ...
Hameed, BEEC: Balanced energy efficient circular routing protocol for underwater wireless sensor networks, Proceedings of the IEEE 8th International ...
Balanced Energy Efficient Rectangular routing protocol (BEER) covers the maximum network area with the mobility of sinks and collects the data from sensor nodes ...