Add to ORKGInternational audienceThe impact of human body on the wireless communication systems is very required recently in indoor environments. The prediction of accurate and efficient coverage is more and more needed in the presence of various obstacles. This paper will present electromagnetic indoor propagation modeling with integration of human body, taking into account the nature of materials existing in the environment, based on 3D-Finite-Difference Time-Domain method. Numerical results obtained by this method are presented
Abstract—We demonstrate that in indoor radio propagation modeling, the presence of the human body ma...
International audienceThis paper deals with a new methodology to assess the exposure induced by both...
The influence of electromagnetic radiation from mobile antennas on humans is under discussion in var...
International audienceThe impact of human body on the wireless communication systems is very require...
International audienceThe presence of human body has an important influence on the wireless communic...
International audienceWireless propagation modeling is more and more needed for optimal indoor cover...
International audienceThe increasing deployment of wireless communication systems in indoor environm...
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...
Due to the attractive features of millimeter band, its uses are greatly expanding in the indoor wir...
L'évolution continue des systèmes de communications sans fil en indoor rend nécessaire le développem...
In this work, the influence of human body within the estimation of dosimetric values is analyzed. A ...
International audienceThis paper presents first results of simulation of a radio link between 2 ante...
This paper deals with a new methodology to assess the exposure induced by both uplink and downlink o...
Abstract—We demonstrate that in indoor radio propagation modeling, the presence of the human body ma...
International audienceThis paper deals with a new methodology to assess the exposure induced by both...
The influence of electromagnetic radiation from mobile antennas on humans is under discussion in var...
International audienceThe impact of human body on the wireless communication systems is very require...
International audienceThe presence of human body has an important influence on the wireless communic...
International audienceWireless propagation modeling is more and more needed for optimal indoor cover...
International audienceThe increasing deployment of wireless communication systems in indoor environm...
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...
Due to the attractive features of millimeter band, its uses are greatly expanding in the indoor wir...
L'évolution continue des systèmes de communications sans fil en indoor rend nécessaire le développem...
In this work, the influence of human body within the estimation of dosimetric values is analyzed. A ...
International audienceThis paper presents first results of simulation of a radio link between 2 ante...
This paper deals with a new methodology to assess the exposure induced by both uplink and downlink o...
Abstract—We demonstrate that in indoor radio propagation modeling, the presence of the human body ma...
International audienceThis paper deals with a new methodology to assess the exposure induced by both...
The influence of electromagnetic radiation from mobile antennas on humans is under discussion in var...