This paper presents a comparison of 52GHz channel propagation measurements, conducted in an outdoor scenario, with ray-tracing simulations. The simulation and the measurements both show that long range reflections from metallic structures contribute to the received multipath components. However, the diffuse multipath components which originate from rough surfaces are captured by the channel sounder are not reproduced in the simulation. Further calibration of such tools is therefore necessary prior to their application as channel prediction tools.JRC.E.2-Technology Innovation in Securit
In this letter, it is demonstrated that the dominant multipath radio waves predicted with simple ray...
A ray-tracing tool, including specular reflection, diffraction and attenuation by foliage, is experi...
To study the radio propagation channel fading at 60 GHz, a 3D ray-tracing simulator is used to predi...
This paper presents a comparison of 52 GHz channel propagation measurements, conducted in an outdoor...
Narrowband as well as wideband measurements have been performed in various indoor and outdoor enviro...
Radio propagation in wireless communications are affected by propagation mechanisms, namely reflecti...
The characterization of the wireless propagation channel has always been an important issue in radio...
Abstract: This paper presents measurement results and models for 60 GHz channels. Multipath compo-ne...
Graph theory channel modelling is an efficient approach to simulate multipath radio propagation incl...
International audienceThe main target of this paper is to compare and validate the simulation result...
In this paper, we examine millimeter wave propagation in an application-oriented indoor environment ...
It is examined millimeter wave propagation in an application-oriented indoor environment by means of...
In this letter, it is demonstrated that the dominant multipath radio waves predicted with simple ray...
A ray-tracing tool, including specular reflection, diffraction and attenuation by foliage, is experi...
To study the radio propagation channel fading at 60 GHz, a 3D ray-tracing simulator is used to predi...
This paper presents a comparison of 52 GHz channel propagation measurements, conducted in an outdoor...
Narrowband as well as wideband measurements have been performed in various indoor and outdoor enviro...
Radio propagation in wireless communications are affected by propagation mechanisms, namely reflecti...
The characterization of the wireless propagation channel has always been an important issue in radio...
Abstract: This paper presents measurement results and models for 60 GHz channels. Multipath compo-ne...
Graph theory channel modelling is an efficient approach to simulate multipath radio propagation incl...
International audienceThe main target of this paper is to compare and validate the simulation result...
In this paper, we examine millimeter wave propagation in an application-oriented indoor environment ...
It is examined millimeter wave propagation in an application-oriented indoor environment by means of...
In this letter, it is demonstrated that the dominant multipath radio waves predicted with simple ray...
A ray-tracing tool, including specular reflection, diffraction and attenuation by foliage, is experi...
To study the radio propagation channel fading at 60 GHz, a 3D ray-tracing simulator is used to predi...