Performance of Handover Management in 5G Network

Electronics and Communication Engineering

As a result of femtocell technology, modern mobile networks may provide more robust and engaging communication services to their users. However, there are a few issues with this technology that need to be addressed. These include higher levels of interference and packet loss, more frequent handovers, and higher energy usage. Because of this variety, customers may choose the radio access technology that provides the optimum performance for their particular multimedia applications in terms of price, speed, and mobility. Maintaining an internet application's peak performance when switching between 5G networks is essential. That's why we're doing it, right there. In the study, we present a Multiple Attribute Decision Making (MADM)-based approach to handover management in a 5G network that is specified by software. The handover controller on the control plane is responsible for overseeing the handover procedures. The suggested handover management technique offers lower delay and handover failure percentages compared to baseline LTE1 in simulations.

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