A Novel Architecture for Optimum Association of Cellular Phone Users to Multi Access Edge Computing (MAEC)

Abstract

The term edge computing is continuously becoming more eminent across the globe as its distributed computing architype which is bringing the computation as well as diverse kind of the data storage nearer to a place wherein this is demanded for enhancing the response times as well as preserve the total available bandwidth. The term MAEC (Multi-Access Edge Computing) providing the cloud computing (CC) competences as well as information technology (IT) services located on edges of diverse networks. The MAEC acts through the effective processing of the diverse kinds of the data sets among the cloud as well as multifarious users worldwide. The multifarious variants, dispersed MAEC, executes over the public 4G as well as 5G networks for linking diverse moving assets as well as things. Although, multifarious investigations are done in prior art for efficient association of the cellular phone subscribers to MAEC in recent decade but existing strategies have numerous limitation namely pragmatic tasks offloading as well as the moving support and many others because of technological alteration. In order to, resolve these existing threats, a novel prototypical architecture is explored in the present research article that more effectively acquire faster response along with uninterrupted service distribution. The outcomes of this proposed prototypical is pragmatic and improved in comparison to the existing approaches explored by multifarious researchers in past decades. Although, considerable research are done in past in this arena for resolving the encountered threats but still there is mammoth scope to deep dive in this domain for pragmatic outcomes.