A Novel Node Integrity Based Authentication Model For Dynamic Wireless Communication Networks
Madhuravani Bandanatham, Murthy DSR
Signals and Telecommunication Journal, Vol. 7, No. 1, 2018.
DOI: 
Link: http://www.dline.info/stj/fulltext/v7n1/stjv7n1_3.pdf
Abstract:
Communication in wireless networks has significantly increased over the past few years due to its complex topological structure and malicious attacks. Secure wireless networks must address several issues: data security, node security, key distribution, malicious attacks, node compromise attack, replay attack, etc. Further, many traditional security
and authentication models have been implemented on limited wireless nodes with predefined node configuration. Detection and prevention of the security issues in wireless networks with low computational cost has become a major problem in traditional authentication protocols. Therefore, a novel secure authentication mechanism is essential for ensuring the message integrity, security and against attacks. In this paper, a novel message integrity based secured authentication model was implemented on the wireless network topology for secure node communication. The entire model is presented in two
phases â€“ sender side data encryption with integrity embedding phase and receiver side data decryption with integrity verification phase. Experimental results proved that the proposed authentication model has low communication cost and
low storage overhead compared to traditional authentication models.