Enhanced Elliptic Curve Cryptography based Secure Transmission in LTE Network

2020 International Journal of Engineering and Advanced Technology  
Long Term Evolution is considered as an important innovation of current wireless communication systems. LTE improves the limit and decreases the multifaceted nature of system availability, and furthermore empowers administrators to limit their operational expenses. In systems of LTE communication, eNodeB (eNB) is used to refer to a typical base station. In any case, clients in the LTE system are confronting a few difficulties those are to be explained. Routing and security are the issues
more » ... d during the information transmission. On the off chance that the client is not in range with the base station needs to speak with the base station. Be that as it may, the correspondence must be secured. To accomplish this necessity, in this research OPSO based Elliptic Curve Cryptography (EECC) is exhibited. It is notable that elliptic bend cryptosystem (ECC) based algorithm would be best decision because of their small key sizes and proficient calculations. The ECC algorithm is upgraded or optimizes by utilizing Oppositional Particle Swarm Optimization (OPSO) algorithm and furthermore the OPSO is utilized to produce the ideal key qualities. In light of the optimal key value data's are safely conveyed to the eNB. The proposed EECC is actualized in the stage of Network test system (NS3). The exhibition of the proposed methodology is assessed as far as energy efficiency, delivery ratio and delay
doi:10.35940/ijeat.c5171.029320 fatcat:t2ycxjx3dfhofewtsihz6qitn4