Access), MANET (Mobile Ad Hoc Network), VANET (Vehicular Ad Hoc Network), etc. In 4-G Mobile communications ubiquitous access to applications over the most efficient combination of wireless systems in heterogeneous manner is available. Authentication of mobile subscriber and network is an important criterion due to increasing security threats and attacks in mobile communications. In circuit switching (3-G network), authentication is mutual where both MS and MSC or network authenticate each other, despite in packet switching -only network (servers in PDSN) verifies the authenticity of MS. In this paper, we propose a mutual authentication technique for circuit and packet switching both that examines the authenticity of the subscriber as well as the network by subscriber's password, SIM (expressed as identifier) and biometric property of the subscriber, called as mutual authentication technique using three entities in 4-G mobile communications.
Bhattacharjee and Pal REF have developed a mutual authentication technique for circuit and packet switching networks.
Mutual Authentication Technique Applying Three Entities in 4-G Mobile Communications
International Journal of Computer Theory and Engineering
Computer Science