Add to ORKGAbstract|A ray-tracing algorithm is used to simulate broadband radio propagation at 3.5GHz for a FWA net-work in a high-rise city environment. Both coverage and uplink interference are investigated, with linear antenna polarisation. It is shown that some rooftop locations are unsuitable positions for SU's, due to the existence of single or multiple-bounce re°ected rays causing uplink interference. It is usually possible to ¯nd a SU position just a few metres away on the same rooftop which gives much lower uplink interference. I
Ray-tracing is a promising alternative for Radio Frequency Planning particularly in urban areas. The...
The asymptotic high frequency techniques, based on the Geometrical Optics (GO), the Geometrical Theo...
High-rate access in outdoor urban areas using extremely high frequency (EHF) bands, known as millime...
The requirement for advanced computation-based modelling has prompted new challenges for a relevant ...
The co- and cross-polarization behaviour of the urban propagation channel has been studied through b...
This paper presents results obtained from a 3D ray tracing electromagnetic model designed to map the...
none4The behaviour of radio propagation in co- and crosspolarization in urban environment is studie...
Due to the rapid progress in wireless communication technologies and the increasing demands for new ...
Future dense small-cell networks are one of the key 5G candidates to offer outdoor high access data ...
The analysis and simulation of electromagnetic (EM) wave propagation represent a crucial task in pla...
A ray-tracing model based on the uniform theory of diffraction is briefly described. A comparison be...
Abstract—A new 3-D urban electromagnetic wave propagation model is presented. It provides fast 3-D d...
Radio propagation in wireless communications are affected by propagation mechanisms, namely reflecti...
Characterizing the radio propagation in urban environment has become essential to the design, assess...
International audience<p>In this work we study the impact of antenna radiation patterns disturbed by...
Ray-tracing is a promising alternative for Radio Frequency Planning particularly in urban areas. The...
The asymptotic high frequency techniques, based on the Geometrical Optics (GO), the Geometrical Theo...
High-rate access in outdoor urban areas using extremely high frequency (EHF) bands, known as millime...
The requirement for advanced computation-based modelling has prompted new challenges for a relevant ...
The co- and cross-polarization behaviour of the urban propagation channel has been studied through b...
This paper presents results obtained from a 3D ray tracing electromagnetic model designed to map the...
none4The behaviour of radio propagation in co- and crosspolarization in urban environment is studie...
Due to the rapid progress in wireless communication technologies and the increasing demands for new ...
Future dense small-cell networks are one of the key 5G candidates to offer outdoor high access data ...
The analysis and simulation of electromagnetic (EM) wave propagation represent a crucial task in pla...
A ray-tracing model based on the uniform theory of diffraction is briefly described. A comparison be...
Abstract—A new 3-D urban electromagnetic wave propagation model is presented. It provides fast 3-D d...
Radio propagation in wireless communications are affected by propagation mechanisms, namely reflecti...
Characterizing the radio propagation in urban environment has become essential to the design, assess...
International audience<p>In this work we study the impact of antenna radiation patterns disturbed by...
Ray-tracing is a promising alternative for Radio Frequency Planning particularly in urban areas. The...
The asymptotic high frequency techniques, based on the Geometrical Optics (GO), the Geometrical Theo...
High-rate access in outdoor urban areas using extremely high frequency (EHF) bands, known as millime...