Abstract — The paper presents results of a multi-dimensional correlation analysis for time-variant directional mobile radio channels. The study is based on propagation measurements recorded at 5.2 GHz using a wide-band channel sounder together with an 8-element uniform linear antenna array. The underlying parametric signal model is described and based on it, different measured scenarios are investigated with respect to their properties in the delay-Doppler-angular domain. The presented results are well within the expectations and give insight into the propagation mechanisms of directional mobile radio channels
The accurate planning of microcellular mobile radio networks requires a thorough understanding of th...
In this thesis new systems for radio channel measurements including space and polarization dimension...
The demand for wideband data transmission in the “next-generation” mobile communication system is gr...
For the identification of the time-variant, directional structure of the mobile radio channel impuls...
For the real-time identification of the time-variant, directional structure of the mobile radio chan...
This thesis presents an analysis of directional and multi-band radio channel characteristics in two ...
Vehicle-to-vehicle (V2V) communications have received a lot of attention due to their numerous appli...
The millimeter-wave (mm-wave) band will be a key component of fifth-generation (5G) wireless communi...
For simulations, mobile radio channels are often assumed to be random and wide sense stationary, wit...
Abstract—This paper presents a double directional analysis of vehicle-to-vehicle channel measurement...
Abstract—A simple statistical model of azimuthal and temporal dispersion in mobile radio channels is...
This paper introduces an angular averaged power delay profile (A-APDP) method to determine the angul...
In mobile radio channel modelling, it is generally assumed that the angles of arrival (AOAs) are ind...
International audienceThis letter studies time correlation functions of mobile-to-mobile (M2M) fadin...
Author's accepted manuscript (post-print).© 20XX IEEE. Personal use of this material is permitted. P...
The accurate planning of microcellular mobile radio networks requires a thorough understanding of th...
In this thesis new systems for radio channel measurements including space and polarization dimension...
The demand for wideband data transmission in the “next-generation” mobile communication system is gr...
For the identification of the time-variant, directional structure of the mobile radio channel impuls...
For the real-time identification of the time-variant, directional structure of the mobile radio chan...
This thesis presents an analysis of directional and multi-band radio channel characteristics in two ...
Vehicle-to-vehicle (V2V) communications have received a lot of attention due to their numerous appli...
The millimeter-wave (mm-wave) band will be a key component of fifth-generation (5G) wireless communi...
For simulations, mobile radio channels are often assumed to be random and wide sense stationary, wit...
Abstract—This paper presents a double directional analysis of vehicle-to-vehicle channel measurement...
Abstract—A simple statistical model of azimuthal and temporal dispersion in mobile radio channels is...
This paper introduces an angular averaged power delay profile (A-APDP) method to determine the angul...
In mobile radio channel modelling, it is generally assumed that the angles of arrival (AOAs) are ind...
International audienceThis letter studies time correlation functions of mobile-to-mobile (M2M) fadin...
Author's accepted manuscript (post-print).© 20XX IEEE. Personal use of this material is permitted. P...
The accurate planning of microcellular mobile radio networks requires a thorough understanding of th...
In this thesis new systems for radio channel measurements including space and polarization dimension...
The demand for wideband data transmission in the “next-generation” mobile communication system is gr...