In this letter, it is demonstrated that the dominant multipath radio waves predicted with simple ray tracing show a good match in the time domain with those obtained from complex impulse response measurements along outdoor trajectories. By combining the measured intensities and delays of these dominant multipath components with their angles-of-arrival and angles-of-departure obtained from the ray tracer, good wideband directional channel realizations can be derived
Wideband channel measurements at the 60 GHz frequency band in a reflective environment with differen...
This paper presents a comparison of 52GHz channel propagation measurements, conducted in an outdoor ...
none3noIn the present work a 3D Ray Tracing model is used to predict the wideband characteristics o...
In this letter, it is demonstrated that the dominant multipath radio waves predicted with simple ray...
In this letter, it is demonstrated that the dominant multipath radio waves predicted with simple ray...
Abstract: This paper presents measurement results and models for 60 GHz channels. Multipath compo-ne...
Narrowband as well as wideband measurements have been performed in various indoor and outdoor enviro...
This paper demonstrates a ray-tracing method for modeling indoor propagation channels at 60 GHz. A v...
Design of high quality, high speed wireless networks to connect mobile users requires large bandwidt...
It is examined millimeter wave propagation in an application-oriented indoor environment by means of...
In this paper, we examine millimeter wave propagation in an application-oriented indoor environment ...
To study the radio propagation channel fading at 60 GHz, a 3D ray-tracing simulator is used to predi...
International audienceThe main target of this paper is to compare and validate the simulation result...
This paper presents statistical properties of the spatio-temporal propagation channel at 60 GHz. Ext...
A measurement campaign has been carried out in a reference indoor environment - a medium-size meetin...
Wideband channel measurements at the 60 GHz frequency band in a reflective environment with differen...
This paper presents a comparison of 52GHz channel propagation measurements, conducted in an outdoor ...
none3noIn the present work a 3D Ray Tracing model is used to predict the wideband characteristics o...
In this letter, it is demonstrated that the dominant multipath radio waves predicted with simple ray...
In this letter, it is demonstrated that the dominant multipath radio waves predicted with simple ray...
Abstract: This paper presents measurement results and models for 60 GHz channels. Multipath compo-ne...
Narrowband as well as wideband measurements have been performed in various indoor and outdoor enviro...
This paper demonstrates a ray-tracing method for modeling indoor propagation channels at 60 GHz. A v...
Design of high quality, high speed wireless networks to connect mobile users requires large bandwidt...
It is examined millimeter wave propagation in an application-oriented indoor environment by means of...
In this paper, we examine millimeter wave propagation in an application-oriented indoor environment ...
To study the radio propagation channel fading at 60 GHz, a 3D ray-tracing simulator is used to predi...
International audienceThe main target of this paper is to compare and validate the simulation result...
This paper presents statistical properties of the spatio-temporal propagation channel at 60 GHz. Ext...
A measurement campaign has been carried out in a reference indoor environment - a medium-size meetin...
Wideband channel measurements at the 60 GHz frequency band in a reflective environment with differen...
This paper presents a comparison of 52GHz channel propagation measurements, conducted in an outdoor ...
none3noIn the present work a 3D Ray Tracing model is used to predict the wideband characteristics o...