Enhanced cryptography algorithm and improved butterfly algorithm for secured data transmission in wireless sensor network
DOI:
https://doi.org/10.56294/sctconf2023593Keywords:
Wireless Sensor Networks (WSNs), Cluster Head (CH), Based Improved Butterfly Optimization (IBO), Algorithm and Double Key Based Advanced Encryption Standard (DAES), AlgorithmAbstract
Due of their many uses, WSNs (Wireless Sensor Networks) have drawn the greatest interest, but, existing methods do not support reliable data transfer. They face issues in energy consumptions and routing on shortest paths over WSNs. Also, they are incapable to stopping compromised nodes with legitimate identities from launching attacks. This study handled this issue with suggested schema based on CHs (Cluster Heads) and using IBO (Improved Butterfly Optimization) and DAES (Double key based Advanced Encryption Standard) algorithms. The main phases of this work contain system model, security model, CH node selection and shortest path routing with secured data transmission. Initially, system model is constructed via number of sensor nodes on the given setup. Then, CH nodes are selected using IBO algorithm based on best fitness values. These selections of CHs consider minimum delays and energy consumptions with maximum throughputs for establishing security assurances and energy conservations at sensor nodes along with secure protocol. The security levels for quick data transfers over multi-path routes in WSNs are improved using DAES. Attack nodes are eliminated for successful transfers. The intermediate layer CHs create routing backbones to gather, combine, and convey data from member nodes. The simulation results demonstrate that the proposed IBO-DAES framework outperforms existing approaches in terms of throughputs, network longevity, data transfer rates, and energy consumptions.
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