QoS Design using Mmwave Backhaul Solution for Utilising Underutilised 5G Bandwidth In GHz Transmission
Manivel Kandasamy, N. Yuvaraj, R. Arshath Raja, N.V. Kousik, Michael Raj Tf, A. Suresh Kumar
Abstract
In general, the bandwidth of a local network is a topic that is becoming more and more associated with the proliferation of high-speed Internet. Every time the user tries to connect more and more devices with the router the software default cannot always handle everything. In this case, setting the priorities of the QoS packets of the local network bandwidth on the router comes to the rescue. Most modern routers have the ability to control Internet traffic within the local network, setting priority when an application is running. In this paper, a smart QoS design was proposed to enhance the bandwidth in 5G transmission. In this proposed mode, by configuring the QoS Pocket Scheduler, the priority is set to execute network tasks before downloading files. But the bandwidth of the local network and internet channel is low. As a rule, by default, web browsing is given high priority, i.e., the functionality of the browser.. It is important to prioritize the file loader program over the browser while reading an article and downloading a movie quickly at the same time. The proposed method achieves 98% of request processing, 2% of request dropping, 97% of remote access, 99% of bandwidth utilization, and 96% of connection speed enhancement.