Rupinder Singh ¹, Dinesh Kumar ¹

Affiliations
1 Department of Computer Science, Guru Kashi University, Sardulgarh Road, Talwandi Sabo, Bathinda - 151302, Punjab, IN

Abstract

Objectives: The proposed model is based upon the efficient and secure routing with the amalgamation of the authentication protocol for the realization of the secure routing protocol. Methods/Statistical Analysis: The proposed model is based upon the efficient and secure routing with the amalgamation of the authentication protocol for the realization of the secure routing protocol. The proposed model is aimed at protecting the routing mechanism from the false route injections. The proposed model utilizes the lightweight authentication scheme for the purpose of security enforcement over the wireless network. Findings: The experimental results have been collected in the form of various network and routing performance parameters, where the proposed model has been found efficient and stable in comparison with the existing model. Application/Improvements: The proposed model has been primary improved for the routing efficiency along with the security perspectives in order to protect the wireless networks from the network attacks.

Keywords

Efficient Routing, Pushback Mechanism, Secure Routing, Stable Wireless Routing, Lightweight Authentication.

Full Text

   

Rupinder Singh ¹, Dinesh Kumar ¹

Affiliations
1 Department of Computer Science, Guru Kashi University, Sardulgarh Road, Talwandi Sabo, Bathinda – 151302, Punjab, IN

Abstract

Objectives: The wireless network security has been incorporated under this research, which has been implemented based upon the Secure Authentication Algorithm (SeAuL) for the wireless network security. Methods/Statistical Analysis: The multi-level authentication scheme has been proposed for the realization of the security among the wireless networks, which has been called Secure Authentication Algorithm (SeAuL). The proposed model has been designed in the pre-setup phase and post-setup phase for the robust authentication over the wireless networks. Findings: The proposed model has been equipped with the key based encryption using the 16-layered elliptic curve cryptography, which has been found more secure and rapid than the traditional AES algorithm in the various block sizes. The experimental results have proved the efficiency of the proposed model, when assessed on the basis of response delay for the encryption of the keys. Application/ Improvements: The anomaly prevention as well as the denial of service attack prevention has been implemented for the realization of the trusted wireless networks.

Keywords

Anomaly Prevention, Intrusion Avoidance, Intrusion Prevention, Secure Data Propagation, Wireless Network.

Full Text