Authors :
Lusungu Ndovi; Mwewa Mabumba
Volume/Issue :
Volume 7 - 2022, Issue 12 - December
Google Scholar :
https://bit.ly/3IIfn9N
Scribd :
https://bit.ly/3YSPttg
DOI :
https://doi.org/10.5281/zenodo.7470968
Abstract :
This paper proposed a Spectrum allocation
method based on Quadrature Baseband (QBB) algorithm
based processing methods. Previous research has been able
to show the benefits of using QBB. In this research, we
analyze spectrum bands and propose a method of
allocation to bidders that considers their processing
methods. The financial trends in the Spectrum purchase
environment are analyzed. This research was driven by the
previous technical research that proved that QBB based
methods coupled with other hybrid methods does increase
bandwidth availability leading to financial resource usage
optimization by Telecommunications companies. The
results of the research will be a contribution to investment
financial planning by players in the ICT sector as the roll
out of 5G steps up going into 2023.
Keywords :
Bandwidth, Quadrature baseband, Spectrum, 5G, Optimization, Telecommunications
This paper proposed a Spectrum allocation
method based on Quadrature Baseband (QBB) algorithm
based processing methods. Previous research has been able
to show the benefits of using QBB. In this research, we
analyze spectrum bands and propose a method of
allocation to bidders that considers their processing
methods. The financial trends in the Spectrum purchase
environment are analyzed. This research was driven by the
previous technical research that proved that QBB based
methods coupled with other hybrid methods does increase
bandwidth availability leading to financial resource usage
optimization by Telecommunications companies. The
results of the research will be a contribution to investment
financial planning by players in the ICT sector as the roll
out of 5G steps up going into 2023.
Keywords :
Bandwidth, Quadrature baseband, Spectrum, 5G, Optimization, Telecommunications
