Abstract:
The fifth-generation (5G) cellular network is
extremely crucial nowadays. One of the 5G's potential
applications is emergency communications. 5G wireless
networks can endure overlapped cell locations and provide
dynamic coverage in terms of time. As a result, multiple 5G
cells can protect devices in a 5G network. As a result,
equipment used in emergency communications require a
dependable cell selection in 5G. For users on the 5G network's
overlapping cells, this is a perilous move. Several experiments
were carried out to establish the best 5G cell selection based
only on signal strength. Based on the analysis of two schemes, a
solution is presented in this paper. The first method is
dependent on the distance between base stations. Furthermore,
the second method considers the number of devices in a cell as
well as the distance between them. The execution of these two
approaches was examined using performance measurements
such as the fairness index and the blocking likelihood.
Following a thorough examination of the data, it was
concluded that scheme 2 is preferable to scheme 1 for the
selection of 5G cells.
