Wideband Off-Body Measurements and Channel Modeling at 60 GHz

Indoor 60 GHz wideband communication channel prediction based on 18 GHz channel measurements

Due to the trends for new wideband services we decided to analyse the behaviour of the 60 GHz communication channel. In this paper we presented our conclusions of the 60 GHz communication channel behaviour based on the behaviour of 18 GHz communication channels. Due to the lack of very expensive and necessary equipment we decided to assume the behaviour of 60 GHz channel based on measurements a...

UWB Channel Modeling Based on Wideband Indoor Channel Measurements at 2.4, 4.75, and 11.5 GHz

Using the wideband indoor channel measurements data at 2.4, 4.75 and 11.5 GHz of [1], a statistical Ultra Wide Band (UWB) channel model is determined. Employing different windows (i.e. Rectangular, Hanning and Blackman-Harris), the impulse response model for the UWB channel is obtained and accordingly, major channel parameters such as path loss exponent, shadowing, root mean square (rms) delay ...

Indoor Channel Measurements and Communications System Design at 60 GHz

This paper presents a brief overview of several studies concerning the indoor wireless communications at 60 GHz performed by the IETR. The characterization and the modeling of the radio propagation channel are based on several measurement campaigns realized with the channel sounder developed at IETR. Some typical residential environments were also simulated by ray tracing and Gaussian Beam Trac...

Indoor channel modeling at 60 GHz for wireless LAN applications

This paper reports narrowband and wideband results derived by propagation modeling at 60 GHz for indoor WLAN applications. A multi-ray model is proposed and verified through a simulation process. The propagation in the site-specific environment can be described using 4-5 rays without reducing the accuracy of the results. RMS delay spread varies with distance from 0.57 ns up to 2.32 ns. Coherenc...

Wideband outdoor MIMO channel model derived from directional channel measurements at 2 GHz