Add to ORKGInternational audienceThe presence of human body has an important influence on the wireless communication systems in indoor environments. The need of efficient prediction for such coverage becomes essential. This paper present an efficient electromagnetic indoor propagation modeling, taking into account the presence of human body and the nature of materials of the complex environment, based on the Finite-Difference Time-Domain method. Numerical results are compared with measurement results and show a good agreement
In this paper, human body exposure to high frequency electromagnetic field radiated by wireless powe...
Abstract. Electromagnetic modelling has become essential in the assessment of human exposure to radi...
This paper deals with a new methodology to assess the exposure induced by both uplink and downlink o...
International audienceThe presence of human body has an important influence on the wireless communic...
International audienceThe impact of human body on the wireless communication systems is very require...
International audienceThe increasing deployment of wireless communication systems in indoor environm...
In this work, the influence of human body within the estimation of dosimetric values is analyzed. A ...
He continuous evolution of wireless communication systems in indoor environments requires the develo...
In this paper the influence of an example indoor environment on narrowband radio channel path loss f...
In this paper the influence of an example indoor environment on narrowband radio channel path loss f...
International audienceThis paper presents first results of simulation of a radio link between 2 ante...
For Review Personal exposure meters (PEMs) for measuring exposure to electromagnetic fields (EMF) ar...
The big proliferation of mobile communication systems has caused an increased concern about the inte...
In this paper, an inhomogeneous human body model was presented to investigate the propagation charac...
A fast method to assess radiofrequency (RF) radiation absorption in humans present in realistic indo...
In this paper, human body exposure to high frequency electromagnetic field radiated by wireless powe...
Abstract. Electromagnetic modelling has become essential in the assessment of human exposure to radi...
This paper deals with a new methodology to assess the exposure induced by both uplink and downlink o...
International audienceThe presence of human body has an important influence on the wireless communic...
International audienceThe impact of human body on the wireless communication systems is very require...
International audienceThe increasing deployment of wireless communication systems in indoor environm...
In this work, the influence of human body within the estimation of dosimetric values is analyzed. A ...
He continuous evolution of wireless communication systems in indoor environments requires the develo...
In this paper the influence of an example indoor environment on narrowband radio channel path loss f...
In this paper the influence of an example indoor environment on narrowband radio channel path loss f...
International audienceThis paper presents first results of simulation of a radio link between 2 ante...
For Review Personal exposure meters (PEMs) for measuring exposure to electromagnetic fields (EMF) ar...
The big proliferation of mobile communication systems has caused an increased concern about the inte...
In this paper, an inhomogeneous human body model was presented to investigate the propagation charac...
A fast method to assess radiofrequency (RF) radiation absorption in humans present in realistic indo...
In this paper, human body exposure to high frequency electromagnetic field radiated by wireless powe...
Abstract. Electromagnetic modelling has become essential in the assessment of human exposure to radi...
This paper deals with a new methodology to assess the exposure induced by both uplink and downlink o...