Emerging Mobile Communication Technologies for Healthcare system in 5G Network

Recent development in the field of mobile communication technologies have opened innovative prospects for latest and state-of-the-art means of healthcare system. However, implementation of healthcare system using mobile and wireless system (2G, 3G, and 4G) poses new challenges related to excessive usage of data rates and bandwidth, and delay. Therefore, keeping in view the above problem, in this paper we present a novel 5G system architecture for healthcare system. The proposed system exploits Transparent Interconnection of Lots of Links (TRILL) protocol for mobility management and data packet delivery. In addition, each evolved node B (eNB) act as a routing bridge (RB), where data delivery operations are achieved between RB using TRILL mechanism. Moreover, a scheme for mobility management is also proposed that is used for mapping identifies (IP address) and MAC address of RB. Moreover, in order to perform efficient handover, a technique is also presented that is based on the locator of the users. Numerical analysis show that the proposed system architecture outperform exiting 4G in term of data transmission delay, data tunneling overhead, and queuing delay.