International audienceThis paper presents a the study of on-body communications at millimeter waves. An analytical formulation is proposed by assuming a dipole source radiating on a flat skin, whose permittivity is suitably chosen to model human tissues at those frequencies, according to previous investigation. An experimental setup, consisting of two open-ended waveguides placed on the top of a skin-equivalent phantom, is then discussed in order to validate the theoretical analysis
The propagation of 60 GHz electromagnetic waves around a human body is studied. The body is treated ...
The 60-GHz band is attractive for Body Area Networks (BANs) application for its high atmospheric att...
The human body has antenna characteristics that are not explored in detail to explain\ud some phenom...
International audienceThis paper presents a the study of on-body communications at millimeter waves....
Abstract − This paper presents a the study of on-body communications at millimeter waves. An analyti...
International audiencePropagation on the surface of the human body is investigated for the first tim...
International audienceThis chapter reports the recent progress made on antennas, phantoms, and bodyc...
International audienceMillington effect for on-body propagation enhancement is presented in the 60-G...
International audienceA planar end-fire H-plane Substrate Integrated Waveguide (SIW) horn antenna is...
In this paper, three experiments with coupled dipoles were carried out in order to determine the opt...
Grâce aux progrès récents effectués dans la conception de réseaux intelligents et dans les technique...
Récemment la bande 60 GHz a été mise en avant pour le développement des réseaux de communication san...
Abstract—A creeping wave model of the propagation of electromagnetic waves around human torso at 60 ...
The body-centric wireless channel characterization mostly utilizes whole body models. However, local...
The smart environments and the connected human seems to be the future of wireless communications. Th...
The propagation of 60 GHz electromagnetic waves around a human body is studied. The body is treated ...
The 60-GHz band is attractive for Body Area Networks (BANs) application for its high atmospheric att...
The human body has antenna characteristics that are not explored in detail to explain\ud some phenom...
International audienceThis paper presents a the study of on-body communications at millimeter waves....
Abstract − This paper presents a the study of on-body communications at millimeter waves. An analyti...
International audiencePropagation on the surface of the human body is investigated for the first tim...
International audienceThis chapter reports the recent progress made on antennas, phantoms, and bodyc...
International audienceMillington effect for on-body propagation enhancement is presented in the 60-G...
International audienceA planar end-fire H-plane Substrate Integrated Waveguide (SIW) horn antenna is...
In this paper, three experiments with coupled dipoles were carried out in order to determine the opt...
Grâce aux progrès récents effectués dans la conception de réseaux intelligents et dans les technique...
Récemment la bande 60 GHz a été mise en avant pour le développement des réseaux de communication san...
Abstract—A creeping wave model of the propagation of electromagnetic waves around human torso at 60 ...
The body-centric wireless channel characterization mostly utilizes whole body models. However, local...
The smart environments and the connected human seems to be the future of wireless communications. Th...
The propagation of 60 GHz electromagnetic waves around a human body is studied. The body is treated ...
The 60-GHz band is attractive for Body Area Networks (BANs) application for its high atmospheric att...
The human body has antenna characteristics that are not explored in detail to explain\ud some phenom...