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Title |
Hybrid Privacy-Preserving Authentication Protocol for Secure Communication under Malicious Attacks in Mobile IP |
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Author |
Abdurahem El Atman Igrair and RaghavYadav |
| Citation |
Vol. 26 No. 4 pp. 89-94 |
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Abstract |
Use of wireless network like mobile communications, mobile ad-hoc networks is now days very common and increasing worldwide. Due to open nature of such networks, there is the possibility of different types of attacks on a network such as malicious nodes, blackhole nodes, selfish nodes, DoS attacks, etc. Hence it is vital to have security mechanism for wireless networks. In this paper, our scope is limited to Mobile Ad Hoc Networks with mobile Ip (MIPMANET). The requirements for secure data communication, as well as privacy preserving, are significant research problem for MIPMANET. In this paper, we are presenting the novel routing protocol design called HPriauth (Hybrid Privacy-Preserving Universal Authentication) to achieve efficient, secure data communication and user privacy preservation under different types of security threats. There number of methods presented individually either for secure data communication or user privacy perseveration. HPriauth is based on existing Priauth protocol which is proposed for privacy preserving and authentication without actual evaluation. In this paper, we addressed the problem of Quality of Service (QoS) requirements while providing the data security and privacy preservation under malicious attackers. The data protection method is designed based on onion routing terminologies. The simulation results are showing the proposed HPriauth routing protocol having best QoS performance under a different number of malicious attacks as compared to existing routing protocols. |
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Keywords |
Secure Routing, Mobile Ip, Wireless Networks, Quality of Service, Priauth, HPriauth, Loss Rate, Malicious Attack |
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