Research Area: Wireless Sensor Networks
The Wireless Sensor Networks (WSNs) are attracting the attention of various researchers with an increasing number of extreme products. Clustering hierarchical structures have been of great interest to reduce energy consumption. Wireless sensor network information or duplicate instructional information is redirected, but the knowledge transmitted is less secure. This is a major issue for sensor networks that need fixed spatial nodes, which may have some security issues with these wireless sensor networks due to some issues related to sensor nodes. In terms of clusters and Clustering Range Indicators Essentials (CRIE) methods are often hierarchical schemes. The resource-rich sensor terminals are referred to as Route Energy (RE). The network is typically divided into virtual phase clusters prevented from implementing the base station in CRIE mode. Wireless Sensor Networks security issues to achieve the key issues that need to be explored and resolved for the WSN security issue. It provides an overview of the current state of secure routing solutions to such major issues. The purpose of this research is to propose an advanced data protection package based on a completely revised version of the data protection system with less computational and response time. Specialized Methods of Digital Signature Random Number Generators (SMDSRNGs). The SMDSRNGs take into account the remaining data security value and the degree of connection. The wireless sensor transmitted through the network has been modified to ensure that each value on top of the network is protected from attacks by creating a hash. Wireless sensor networks particularly analyze energy routing, security, privacy, processing and storage limitations, and quality problems. This proposal results in energy savings of routing throughput performance compared to other technologies developed in safety and performance.
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Author(s) Name: V. Kumar,N. Jayapandian,P. Balasubramanie
Journal name: Wireless Personal Communications
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Publisher name: Springer
DOI: 10.1007/s11277-021-09083-x
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