Accurate prediction of path losses is a key factor in Digital Terrestrial Television (DTTV) to
ensure Quality of Service (QoS). This study investigates the path losses of three Digital …

This study investigated the received signal strength and the propagation profiles for UHF
channel 23, broadcast signal in Ondo State, Nigeria, at various elevation levels. The signal …

This study investigated the propagation curves and coverage areas of some Digital
Terrestrial Television Broadcast Stations (DTTBS) over four climatic zones of coastal …

The medium of propagation for Digital Terrestrial Television (DTT) is the troposphere, where
most weather phenomena occur. Thus the need to study the effect of meteorological …

The study of the relationship between the Received Signal Strengths (RSS) from Unity TV
(786 MHz) located at Rayfield (9.84 o North 8.89 o East), Jos, Plateau State and some …

In this paper, the impact of atmospheric parameters (atmospheric temperature, pressure,
relative humidity and wind speed) and noise temperature on digital terrestrial television …

This study aims to assess the effects of atmospheric temperature, relative humidity, and
atmospheric pressure on the signal strength of Maloney FM Radio, 95.9 MHz, Keffi …

This paper presents the prediction of signal attenuation Digital Terrestrial Television (DTTV)
in Port Harcourt, Rivers State, Nigeria A signal Tracker (WS6916), Micronix Global …

This study investigated the channel losses of a Digital Terrestrial Television Base Station
(DTTBS) operating on 722 MHz in a Tropical Rain Forest, Sub Urban City of Akure, South …

In order to create a signal propagation curve that will show signal degradation and describe
the spread of digital signal strength for radio scientists and engineers, this study analyses …