Novel Group Mobility Model for Software Defined Future Mobile Networks

Nowadays, a massive amount of data leads to cause network traffic and inflexible mobility in future mobile networks. A new Group Mobility Model (GMM) named MoMo is introduced that addresses the issue aforementioned problems. Even though, software defined (SDN) functional with network-rooted protocols enhance efficiency. Some existing administration methods still undergo handover delay, packet loss, high signaling cost through processing. In this research work, SDN-based fast for GMM proposed. Here, neighbor number evolving node transition probabilities (MN) their obtainable resource are estimated. This makes mathematical framework decide preeminent nodes then allot these virtually all associations finished by exploit Open-Flow tables. The performance examination demonstrates proposed SDN rooted technique has enhanced than conventional process further latency, cost, throughput, loss.