FUZZY RULES BASED IMPROVED STABLE ELECTION PROTOCOL TO ENHANCE WSN ASSISTED IOT NETWORK

FUZZY LOGIC BASED IMPROVED STABLE ELECTION PROTOCOL TO INCREASE LIFETIME OF WSN ASSISTED IOT NETWORK

Sunny Rana1, Sandeep Kumar Rawat2, Shivanshu Katoch3

1Computer Science and Engg & Sri Sai University Palampur

2Assistant Professor, Sri Sai University, Palampur

3Assistant Professor, Sri Sai University, Palampur

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Abstract: Due to their amazing capabilities and expanding array of applications, wireless sensor networks have attracted a lot of interest from general public and scientific groups. A specialised transducer that is part of WSN brings sensing capabilities to IoT. Low battery and resource capacity of this equipment poses numerous difficulties for both academia and business. Many current WSN routing protocols have been improved to solve certain LEACH protocol problems. The goal of suggested approach is to prolong network longevity while maintaining good scalability because LEACH's performance rapidly degrades with growing networks. The fuzzy logic-based Stable Election Protocol (FI-SEP) is described in this work. suggested approach aims to increase network longevity in spite of network size growth. In this study, the network performance of the FI-SEP and I-SEP routing protocols are compared. According to simulation results, FI-SEP performs better in terms of energy efficiency on large-scale WSNs than the benchmarked protocol.

Keywords: WSNs, Clustering, IoT, Routing, I-SEP, Energy efficiency, Fuzzy logic