Evaluating SAR for multi-antennas is difficult and impractical due to the arbitrary power allocation and phase of the electric fields from different antennas causing the total field to change randomly. In this context, a simplified approach was recently proposed for assessing SAR when more than one antenna is transmitting simultaneously. The metric of time averaged simultaneous peak SAR (TASPS) was derived for the purpose of showing that only the stand-alone SAR for each antenna needs to be evaluated in order to verify if the SAR for multi-antenna transmissions also stays within the exposure limit. In this paper, we briefly review the derivation and illustrate the physical mechanism underlying this result for a two-antenna prototype using s...
With increasing permanent magnetic field strength B0, the frequency of the radiofrequency field B1 i...
With increasing permanent magnetic field strength B0, the frequency of the radiofrequency field B1 i...
A new and fast numerical method is presented to assess the whole-body averaged specific absorption r...
Multi-antenna enabled terminal devices are required to comply with the standards for limiting human ...
With the fast development of portable wireless devices, more and more communication and entertainmen...
Abstract — Evaluation of Specific Absorption Rate (SAR) for multiple antenna systems is becoming imp...
Evaluation of Specific Absorption Rate (SAR) for multiple antenna systems is becoming important, wit...
Mobile handsets and other portable devices are already an essential part of our daily life. All such...
The numerical evaluation of the specific absorption rate (SAR) is a critical task when evaluating hu...
International audienceThis paper introduces an efficient procedure for the evaluation of the true ex...
Measuring MIMO-SAR is an important part of mobile handset evaluation, following the introduction of ...
Use of multiple-input-multiple-output (MIMO) antennas in a mobile handset helps to achieve an increa...
The promise of increased capacity without extra spectrum or power requirement has made smart antenna...
Interaction between electromagnetic field (EMF) radiated from multiple antennas and human body is cr...
International audienceThe assessment of the exposure to electromagnetic waves is nowadays a key ques...
With increasing permanent magnetic field strength B0, the frequency of the radiofrequency field B1 i...
With increasing permanent magnetic field strength B0, the frequency of the radiofrequency field B1 i...
A new and fast numerical method is presented to assess the whole-body averaged specific absorption r...
Multi-antenna enabled terminal devices are required to comply with the standards for limiting human ...
With the fast development of portable wireless devices, more and more communication and entertainmen...
Abstract — Evaluation of Specific Absorption Rate (SAR) for multiple antenna systems is becoming imp...
Evaluation of Specific Absorption Rate (SAR) for multiple antenna systems is becoming important, wit...
Mobile handsets and other portable devices are already an essential part of our daily life. All such...
The numerical evaluation of the specific absorption rate (SAR) is a critical task when evaluating hu...
International audienceThis paper introduces an efficient procedure for the evaluation of the true ex...
Measuring MIMO-SAR is an important part of mobile handset evaluation, following the introduction of ...
Use of multiple-input-multiple-output (MIMO) antennas in a mobile handset helps to achieve an increa...
The promise of increased capacity without extra spectrum or power requirement has made smart antenna...
Interaction between electromagnetic field (EMF) radiated from multiple antennas and human body is cr...
International audienceThe assessment of the exposure to electromagnetic waves is nowadays a key ques...
With increasing permanent magnetic field strength B0, the frequency of the radiofrequency field B1 i...
With increasing permanent magnetic field strength B0, the frequency of the radiofrequency field B1 i...
A new and fast numerical method is presented to assess the whole-body averaged specific absorption r...