Title :
SMSHM: Secure Mesh Mode Protocol to Enhance Security of 4G Networks
Author :
Elramly, S. ; Ashry, Saeed ; Elkouny, Abdulatief ; Elsherbini, Adel ; Elbadawy, Hesham
Author_Institution :
Ain Shames Univ., Cairo, Egypt
Abstract :
In order to protect the user´s privacy as well as the network used, security support is mandatory for any communication. Unilateral authentication between the subscriber and Base Station (BS) was one of IEEE 802.16 security leaks. According to IEEE 802.16e, some security flaws are resolved, while there is scarcities of research on Mesh topology security as some vulnerability are still present. This paper points out a number of security holes and proposes a novel protocol intended to enhance security in Mesh mode. The protocol is based on biocryptosystems providing solutions to secure initial network entry, and achieve privacy between two different nodes in the network. Additionally, the protocol used the integration of Advance Encryption Standard and Biometric Digital Key (AES-BDK) to secure further network messages and key distribution.
Keywords :
4G mobile communication; WiMax; biometrics (access control); computer network security; cryptographic protocols; telecommunication network topology; 4G network; AES-BDK; BS; IEEE 802.16 security leak; IEEE 802.16e standard; SMSHM; advance encryption standard and biometric digital key; base station; biocryptosystem; mesh topology security; secure mesh mode protocol; security enhancement; unilateral authentication; Authentication; Encryption; Fingerprint recognition; Mesh networks; Protocols;
Conference_Titel :
IT Convergence and Security (ICITCS), 2013 International Conference on
Conference_Location :
Macao
DOI :
10.1109/ICITCS.2013.6717884