Advanced event‐base exhibition management mobile applications social networks using fuzzy reasoning‐based routing cum forwarding algorithm

Abstract

5G is the fifth-generation mobile innovation that not only just expands the downloading and transferring speeds over the mobile networks, however, it additionally decreases the latency, which is the time taken by a system to respond, builds energy proficiency, and offers increasingly stable system associations. It has been seen that the present Internet structure is not appropriate for current and developing traffic requests. Many content distributions advances such as content Delivery Networks and shared frameworks have developed to allow content access by name as instead of server area or address. In addition, to respond to the expanding volumes of traffic for such applications as video on demand and distributed cloud computing, numerous works have been attempted to empower reserving, content replication, and preparing inside the system. Such advancements are exceptionally dependent on the distribution channel and execute as an overlay on the current Internet structure, which results in various inefficient result aspects. In recent years, it is highly difficult to develop a routing cum forwarding algorithm in order to overcome the existing problems, the introduced fuzzy reasoning-based routing cum forwarding algorithm. In this fuzzy method, the mobile devices evaluate the transmission priority and decide the transmission decision too. On comparing to the existing routing algorithms, the fuzzy concept should have reduced energy consumption, increased time delay, and high transmission efficiency and the above parametric results are verified by the fact of the fuzzy algorithm.