Fuzzy logic based handover authentication in 5g telecommunication heterogeneous networks

Abstract

Introducing new technologies into 5G networks with the goal of newlineimproving network densification considerably increases the number of newlinesecurity holes in those networks. The effectiveness of mobility management newlinedepends on safe and dependable handoffs. This is due to the fact that handoffs newlineare more important in cells with limited space. Due to the introduction of newlineadditional wireless components like hotspots, the overall security of the 5G newlinenetwork is being compromised. newlineHowever, due to their distinct network topologies, integrating 5G and newlineLTE networks would be technically challenging and expensive. Bilinear newlinepairing approaches, which often demand a lot of processing power, are newlineimpractical for usage with 5G networks because of their high latency newlinerequirements. newlineAlthough there has been a lot of research on the topic of user access newlinesecurity in the academic community in recent years, no foolproof method of newlineauthentication has been discovered as of yet. Lack of consideration for the newlinepossibility of an untrustworthy relay node during user authentication at the newlineground station. If the satellite relay node suspects that a packet is being sent newlinewith malicious purpose, it may refuse to forward it and may even launch newlineattempts to steal the session key. Should the satellite relay node establish newlinemalevolent intent, it may take these measures. newline