The paper presents the results of signal strength measurements at 1800 MHz in four office buildings in The Hague, illuminated by an outdoor base station with an antenna above the rooftop. The objectives of these experiments are to study the behavior of the received signal strength at different floors of a building and to determine the main characteristics concerning cell coverage, namely, signal attenuation and variation within these buildings. It is shown that large fluctuations occur between average signal levels in line-of-sight (LOS) and non-LOS areas of multifloor buildings
In mobile communication systems, it is important to clarify the outdoor-to-indoor propagation loss (...
Abstract- The implementation of wireless communications in office buildings requires the profound kn...
This thesis deals with radio wave propagation in environments where the propagation is severely infl...
The paper presents the results of signal strength measurements at 1800 MHz in four office buildings ...
Energy-efficient buildings are gaining momentum in order to comply with the new energy regulations. ...
This paper presents a model for the propagation of radiowaves through buildings. The model can be us...
Results are presented of high-resolution time delay and angle-of-arrival measurements behind a large...
A Digital Community-Access (or Cable) Television (CATV) Analyzer with 24 channel spectrum 46 – 870MH...
The paper presents the data and analysis of full-scale measurements of the levels of relative attenu...
For the design of indoor picocellular systems in the frequency band of 1800/2100 MHz, a signal propa...
This paper presents an empirical propagation path loss model for corridors in office buildings. The ...
Mobile communication radio channel vanes very rapidly at times and causes very hard to predict its b...
Abstract: A multiple regression analysis method is used to predict the signal path loss encountered ...
This study presents building pentration loss into and around multi-storey buildings at 900 and 1800M...
The 38 GHz mm-wave frequency band is a strong candidate for the future deployment of wireless system...
In mobile communication systems, it is important to clarify the outdoor-to-indoor propagation loss (...
Abstract- The implementation of wireless communications in office buildings requires the profound kn...
This thesis deals with radio wave propagation in environments where the propagation is severely infl...
The paper presents the results of signal strength measurements at 1800 MHz in four office buildings ...
Energy-efficient buildings are gaining momentum in order to comply with the new energy regulations. ...
This paper presents a model for the propagation of radiowaves through buildings. The model can be us...
Results are presented of high-resolution time delay and angle-of-arrival measurements behind a large...
A Digital Community-Access (or Cable) Television (CATV) Analyzer with 24 channel spectrum 46 – 870MH...
The paper presents the data and analysis of full-scale measurements of the levels of relative attenu...
For the design of indoor picocellular systems in the frequency band of 1800/2100 MHz, a signal propa...
This paper presents an empirical propagation path loss model for corridors in office buildings. The ...
Mobile communication radio channel vanes very rapidly at times and causes very hard to predict its b...
Abstract: A multiple regression analysis method is used to predict the signal path loss encountered ...
This study presents building pentration loss into and around multi-storey buildings at 900 and 1800M...
The 38 GHz mm-wave frequency band is a strong candidate for the future deployment of wireless system...
In mobile communication systems, it is important to clarify the outdoor-to-indoor propagation loss (...
Abstract- The implementation of wireless communications in office buildings requires the profound kn...
This thesis deals with radio wave propagation in environments where the propagation is severely infl...