DTV protection regions for spectrum sharing

In this Letter, the authors propose a technique that allows a secondary user (SU) to reuse the spectrum allocated to TV broadcast system. The approach is based on protection view point and an SU is allowed to transmit outside the noise limited contour (grade B contour) with additional protection mar...

Full description

Bibliographic Details
Main Authors: Nasir Faruk, Nazmat Toyin Surajudeen-Bakinde, Olabanji Kolade, Adeseko Aborisade Ayeni, Yinusa Ademula Adediran
Format: Article
Language:English
Published: Wiley 2014-09-01
Series:The Journal of Engineering
Subjects:
Online Access:http://digital-library.theiet.org/content/journals/10.1049/joe.2014.0192
id doaj-fcdbecb261b04253b382fcc33466d362
record_format Article
spelling doaj-fcdbecb261b04253b382fcc33466d3622021-04-02T06:07:10ZengWileyThe Journal of Engineering2051-33052014-09-0110.1049/joe.2014.0192JOE.2014.0192DTV protection regions for spectrum sharingNasir Faruk0Nazmat Toyin Surajudeen-Bakinde1Olabanji Kolade2Adeseko Aborisade Ayeni3Yinusa Ademula Adediran4University of IlorinUniversity of IlorinUniversity of IlorinUniversity of IlorinUniversity of IlorinIn this Letter, the authors propose a technique that allows a secondary user (SU) to reuse the spectrum allocated to TV broadcast system. The approach is based on protection view point and an SU is allowed to transmit outside the noise limited contour (grade B contour) with additional protection margin. An algorithm was developed that predicts the grade B contour and makes a decision on the availability of the spectrum. The keep-out distance was obtained using the existing path loss models and a model developed based on field strength measurements conducted in the very high frequency (VHF) and ultra high frequency (UHF) broadcast frequencies. Results of simulation indicate that the extra margin does not follow a linear curve as expected, but strongly depends on the operating frequency and terrain profile of the area. In addition, the measured model's prediction deviates significantly from the other models' prediction.http://digital-library.theiet.org/content/journals/10.1049/joe.2014.0192radio spectrum managementdigital televisiontelevision broadcastingVHF radio propagationUHF radio propagationDTV protection regionsspectrum sharingsecondary userallocated spectrum reusabilityTV broadcast systemnoise limited contourprotection margincontour predictiondecision makingspectrum availabilitypath loss modelfield strength measurementVHF broadcast frequencyUHF broadcast frequencylinear curvefrequency profileterrain profilemodel prediction
collection DOAJ
language English
format Article
sources DOAJ
author Nasir Faruk
Nazmat Toyin Surajudeen-Bakinde
Olabanji Kolade
Adeseko Aborisade Ayeni
Yinusa Ademula Adediran
spellingShingle Nasir Faruk
Nazmat Toyin Surajudeen-Bakinde
Olabanji Kolade
Adeseko Aborisade Ayeni
Yinusa Ademula Adediran
DTV protection regions for spectrum sharing
The Journal of Engineering
radio spectrum management
digital television
television broadcasting
VHF radio propagation
UHF radio propagation
DTV protection regions
spectrum sharing
secondary user
allocated spectrum reusability
TV broadcast system
noise limited contour
protection margin
contour prediction
decision making
spectrum availability
path loss model
field strength measurement
VHF broadcast frequency
UHF broadcast frequency
linear curve
frequency profile
terrain profile
model prediction
author_facet Nasir Faruk
Nazmat Toyin Surajudeen-Bakinde
Olabanji Kolade
Adeseko Aborisade Ayeni
Yinusa Ademula Adediran
author_sort Nasir Faruk
title DTV protection regions for spectrum sharing
title_short DTV protection regions for spectrum sharing
title_full DTV protection regions for spectrum sharing
title_fullStr DTV protection regions for spectrum sharing
title_full_unstemmed DTV protection regions for spectrum sharing
title_sort dtv protection regions for spectrum sharing
publisher Wiley
series The Journal of Engineering
issn 2051-3305
publishDate 2014-09-01
description In this Letter, the authors propose a technique that allows a secondary user (SU) to reuse the spectrum allocated to TV broadcast system. The approach is based on protection view point and an SU is allowed to transmit outside the noise limited contour (grade B contour) with additional protection margin. An algorithm was developed that predicts the grade B contour and makes a decision on the availability of the spectrum. The keep-out distance was obtained using the existing path loss models and a model developed based on field strength measurements conducted in the very high frequency (VHF) and ultra high frequency (UHF) broadcast frequencies. Results of simulation indicate that the extra margin does not follow a linear curve as expected, but strongly depends on the operating frequency and terrain profile of the area. In addition, the measured model's prediction deviates significantly from the other models' prediction.
topic radio spectrum management
digital television
television broadcasting
VHF radio propagation
UHF radio propagation
DTV protection regions
spectrum sharing
secondary user
allocated spectrum reusability
TV broadcast system
noise limited contour
protection margin
contour prediction
decision making
spectrum availability
path loss model
field strength measurement
VHF broadcast frequency
UHF broadcast frequency
linear curve
frequency profile
terrain profile
model prediction
url http://digital-library.theiet.org/content/journals/10.1049/joe.2014.0192
work_keys_str_mv AT nasirfaruk dtvprotectionregionsforspectrumsharing
AT nazmattoyinsurajudeenbakinde dtvprotectionregionsforspectrumsharing
AT olabanjikolade dtvprotectionregionsforspectrumsharing
AT adesekoaborisadeayeni dtvprotectionregionsforspectrumsharing
AT yinusaademulaadediran dtvprotectionregionsforspectrumsharing
_version_ 1724172145002545152