Downloads: 120 | Views: 129
Review Papers | Computer Science & Engineering | India | Volume 4 Issue 8, August 2015
A Robust and Flexible Authentication Model with Data Security ? A Review
Nandini Aggarwal | Abhinav Bhandari
Abstract: The 4G/LTE is the popular cellular model which is getting more popularity and adding more number of users every year. The networks with the higher number of users become the hot pick for the hacking attacks.4G/LTE is having a higher probability of attracting the users because it also offers the higher bandwidth (data transmission speeds) for the 4G voice or data links, which make it highly prone to the channel hijacking attacks. The proposed model is aimed at solving the problem of voice security by using the periodic authentication between the two users or nodes connected to the 4G/LTE network. The voice call hacking is being popular as there are several call leaks are reported every year, where the calls of the government officials, military personnel, business men, highly priority officials in the bigwigs of the industry, etc have been tracked. To overcome such thing, the proposed model must be capable of security the voice call channel from any kind of the external or internal hacking attempts. The proposed model is empowered with the quick and secure key management model for the 4G/LTE voice model. The proposed model performance will be evaluated on the basis of energy consumption, throughput, data drop rate, etc.
Keywords: 4G security, key management, data privacy protection, confidentiality protection
Edition: Volume 4 Issue 8, August 2015,
Pages: 626 - 629
Similar Articles with Keyword 'key management'
Survey Paper, Computer Science & Engineering, India, Volume 3 Issue 12, December 2014Pages: 1812 - 1814
A Survey on Deduplication Scheme in Cloud Storage
Deepa.D | Revathi.M 
Review Papers, Computer Science & Engineering, India, Volume 3 Issue 11, November 2014Pages: 2075 - 2077
Node Clone Detection with Scalable Key Pre-Distribution Scheme for WSN
Rekha V. Aher | Sunita Nandagave