3D-Deployment of Magnetic Induction Relays in Underwater Sensor Networks

Wang, S.; Shin, Y.

doi:10.1109/ICOIN.2019.8718105

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3D-Deployment of Magnetic Induction Relays in Underwater Sensor Networks

Wang, S.;
Shin, Y.

Citations

SCOPUS

6

초록

Magnetic induction (MI) communication is a promising technology for underwater sensor networks (UWSNs) due to several benefits such as small transmission delay and multipath fading negligibility. However, the majority deployment strategies of the MI relays focus on 1D and 2D networks. In this paper, a optimal relay deployment algorithm is proposed to deploy the relay nodes in the 3D UWSN. To balance the number of sensor nodes in each clustering space, the K-means algorithm is used to divide the network space. In addition, the locations of the relay nodes are important for saving energy. To solve this issue, we adopt a gradient descent algorithm to find the optimal coordinates of the relay nodes. Numerical analysis shows that the proposed algorithm is a practical deployment strategy. © 2019 IEEE.

키워드

magnetic induction communication; optimal deployment; relay; Underwater sensor network; Magnetism; Optimization; Sensor networks; Sensor nodes; Deployment algorithms; Deployment strategy; Gradient descent algorithms; Optimal coordinate; Optimal deployment; relay; Transmission delays; Underwater sensor networks; K-means clustering

제목: 3D-Deployment of Magnetic Induction Relays in Underwater Sensor Networks

저자: Wang, S.; Shin, Y.

DOI: 10.1109/ICOIN.2019.8718105

발행일: 2019-05

유형: Conference Paper

저널명: International Conference on Information Networking

권: 2019-January

페이지: 222 ~ 226

언어: ENG

출판사: IEEE Computer Society

발행국가: 미국

분량: 5 페이지

ISSN: P 1976-7684