Optimised routing in wireless networks is a hot topic in ad-hoc wireless communication. During the routing process in sensor networks, consistency and security issues have a significant impact on the functioning of outmoded security systems. Security is an unavoidable worry, despite the fact that current routing solutions are low-cost and do not need exact placement. The Collaborative Efficient Routing Algorithm (CORA) is proposed as an optimised routing approach for WSN in this study. CORA focuses on data progression optimization and security issues during routing. CORA's first phase involves identifying and categorising collaborative nodes based on lenient constants such as direct trust, link strength, and quality factors. Direct trust and link strength are direct measurements, but quality is also determined by link survival time and caused delay. In the second phase, the suit function is created for picking the best nodes utilising the proposed CORA, which is based on direct trust, link strength, quality, and distance. The performance of the proposed collaborative optimum routing system is tested using measurement metrics on a 50 dynamic nodes ad-hoc sensor network in the context of selective forwarding and denial-of-service attacks. This strategy can also be used to design more customised, optimal, and durable routing mechanisms in order to lower this factor based on the needs of certain applications.
Author(S) Details
Pritesh A. Patil
E&TC Department, VIIT Pune, Affiliated to Savitribai Phule Pune University, Maharashtra, India.
R. S. Deshpande
JSPM ICORE, Wagholi, Pune, MS Affiliated to Savitribai Phule Pune University, Maharashtra, India.
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