International audienceThis paper introduces an efficient procedure for the evaluation of the true exposure level, quantified by the peak averaged specific absorption rate (SAR), of multiple-input multiple-output (MIMO) communication devices operating transmission diversity. As compared to the traditional conservative evaluation of the SAR, that results from the unpractical testing of all the antenna-array states of the device, the assessment of the true exposure level enables higher margin for minimizing the SAR while maximizing the radiation performance of the device
A study of the specific absorption rate (SAR) in an exposed body induced by canonical antennas is pr...
The advancements in the wireless communication industry have revolutionised how societies exchange i...
The specific absorption rate (SAR) induced by wireless radiofrequency (RF) systems depends on differ...
With the fast development of portable wireless devices, more and more communication and entertainmen...
Multi-antenna enabled terminal devices are required to comply with the standards for limiting human ...
Mobile handsets and other portable devices are already an essential part of our daily life. All such...
International audienceThe complexity of radiofrequency technologies used in smartphones and tablets ...
Interaction between electromagnetic field (EMF) radiated from multiple antennas and human body is cr...
Due to the wide availability and usage of wireless devices and systems there have been and are conce...
Le travail présenté dans cette thèse a pour objectif l’étude des conditions nécessaires pour évaluer...
—From the fourth generation (4G) of cellular systems onward, wireless personal devices (WPDs) suppor...
Employing electromagnetic fields (EMFs) in new wireless communication and sensing technologies has ...
Evaluating SAR for multi-antennas is difficult and impractical due to the arbitrary power allocation...
A study of the specific absorption rate (SAR) in an exposed body induced by canonical antennas is pr...
The advancements in the wireless communication industry have revolutionised how societies exchange i...
The specific absorption rate (SAR) induced by wireless radiofrequency (RF) systems depends on differ...
With the fast development of portable wireless devices, more and more communication and entertainmen...
Multi-antenna enabled terminal devices are required to comply with the standards for limiting human ...
Mobile handsets and other portable devices are already an essential part of our daily life. All such...
International audienceThe complexity of radiofrequency technologies used in smartphones and tablets ...
Interaction between electromagnetic field (EMF) radiated from multiple antennas and human body is cr...
Due to the wide availability and usage of wireless devices and systems there have been and are conce...
Le travail présenté dans cette thèse a pour objectif l’étude des conditions nécessaires pour évaluer...
—From the fourth generation (4G) of cellular systems onward, wireless personal devices (WPDs) suppor...
Employing electromagnetic fields (EMFs) in new wireless communication and sensing technologies has ...
Evaluating SAR for multi-antennas is difficult and impractical due to the arbitrary power allocation...
A study of the specific absorption rate (SAR) in an exposed body induced by canonical antennas is pr...
The advancements in the wireless communication industry have revolutionised how societies exchange i...
The specific absorption rate (SAR) induced by wireless radiofrequency (RF) systems depends on differ...