In this paper we present analytical expressions for the angle-of-arrival (AOA) power density function (PDF) and its application in geometrically based channel models for urban environments. We make comparisons with experimental results for wideband channel models, published in the open literature, in order to evaluate the theoretical clusters PDF in angle domain proposed. The comparison with experimental results shows good agreement. The generalized clusters PDF derived in this paper can be used to simulate a power-delay-angle profile and to quantify second order statistics, i.e., angle spread for a given elliptical shape of the cluster
The simulation approach is an important tool used for the design and implementation of mobile radio ...
We present a new approach to the modeling of angle and time of arrival statistics for radio propagat...
Abstract—A simple statistical model of azimuthal and temporal dispersion in mobile radio channels is...
Advanced radio system designs have been proposed that are intended to overcome or even take advantag...
Advanced radio system designs have been proposed to overcome the radio channel caused by multipath e...
Abstract — With the introduction of antenna array systems into wireless communication networks comes...
In this paper it is shown a geometrically–based (GB) channel model that is proposed for the macro–, ...
A geometric scattering model that predicts the actual measured probability density functions (pdf�...
This paper presents a stochastic geometry-based model of the multiple-input-multiple-output channel,...
Typically, scatterers in an environment are not distributed uniformly but rather observed to occur i...
In this paper, we present a generalized theoretical model for the angle of arrival (AOA) in wireless...
In conventional channel models, the AoA's at the BS, are assumed to be uniformly distributed. Howeve...
Abstract — Typically, scatterers in an environment are not distributed uniformly but rather observed...
A three dimensional (3D) geometric channel model is proposed for ground-to-air (G2A) and air-togroun...
Wireless communications or navigation are heavily influenced by electromagnetic wave propagation. Th...
The simulation approach is an important tool used for the design and implementation of mobile radio ...
We present a new approach to the modeling of angle and time of arrival statistics for radio propagat...
Abstract—A simple statistical model of azimuthal and temporal dispersion in mobile radio channels is...
Advanced radio system designs have been proposed that are intended to overcome or even take advantag...
Advanced radio system designs have been proposed to overcome the radio channel caused by multipath e...
Abstract — With the introduction of antenna array systems into wireless communication networks comes...
In this paper it is shown a geometrically–based (GB) channel model that is proposed for the macro–, ...
A geometric scattering model that predicts the actual measured probability density functions (pdf�...
This paper presents a stochastic geometry-based model of the multiple-input-multiple-output channel,...
Typically, scatterers in an environment are not distributed uniformly but rather observed to occur i...
In this paper, we present a generalized theoretical model for the angle of arrival (AOA) in wireless...
In conventional channel models, the AoA's at the BS, are assumed to be uniformly distributed. Howeve...
Abstract — Typically, scatterers in an environment are not distributed uniformly but rather observed...
A three dimensional (3D) geometric channel model is proposed for ground-to-air (G2A) and air-togroun...
Wireless communications or navigation are heavily influenced by electromagnetic wave propagation. Th...
The simulation approach is an important tool used for the design and implementation of mobile radio ...
We present a new approach to the modeling of angle and time of arrival statistics for radio propagat...
Abstract—A simple statistical model of azimuthal and temporal dispersion in mobile radio channels is...