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Simulation modeling of the reliability of wireless sensor networks under energy harvesting constraints

Authors
김병서
Issue Date
1-May-2017
Publisher
Pushpa Publishing House Vijaya Niwas, 198, Mumfordganj Allahabad 211002 arun@pphmj.com
Citation
Far East Journal of Electronics and Communications, v.17, no.2, pp.497 - 506
Journal Title
Far East Journal of Electronics and Communications
Volume
17
Number
2
Start Page
497
End Page
506
URI
https://scholarworks.bwise.kr/hongik/handle/2020.sw.hongik/5825
ISSN
0973-7006
Abstract
In this paper, we model energy harvesting wireless sensor network (EH-WSN) as geometric random graph with energy dependent edges. Then we propose an algorithm for investigating path connectivity and packet delivery ratio between source to sink in EH-WSNs and conventional WSNs. From the results obtained by running ourproposed algorithm, we can see that path connectivity and packet delivery ratio of EH-WSN always outperform those of conventional WSN, especially when node's density is low. However, these differences do not change much as node's transmission range varies
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