Optimized flexible network architecture creation against 5G communication-based IoT using information-centric wireless computing

Multi-access wireless computing is an excellent catalyst for the changes in wireless computing in today’s scenario. The network architecture used here should suit multi-access wireless and robust wireless computing. But in many cases, performing the above two types of wireless computing is infrequent. Keeping this in mind, this research has taken advantage of multi-access wireless computing and solved the changes by creating an optimized, flexible network architecture. Because generally, wireless computing has two types of computing methods. They are information-centric wireless computing and data-centric wireless computing. From these two types of computing, multi-access wireless computing (MWC) and information-centric wireless computing (ICWC), this research focuses on how these enable the IoT with the 5G Platform and explains the following four terms. Based on the study mentioned above processes, we have introduced a proposed system called MWC and ICWC for 5G communication. First, we explain all the problems occurring in 5G communication-based IoT. Based on this, the following processes are performed. Their most important explain why we need flexible network architecture concerning “multi-access wireless computing (MWC).” Because “multi-access wireless computing (MWC)” is also called flexible network architecture because it has multi-access authentication. Secondly, explain the “IoT” in “5G communication” by introducing and applying “information-centric wireless computing.” Finally, explained factors for improving the 5G communication by applying “multi-access wireless computing (MWC)” for improving 5G communication. Finally, this research compare (MWC) and (ICWC) approach by justifying which factor is giving more impact on improving 5G communication.