Wide-band (WB) and narrow-band (NB) antennas in terms of performance are compared, when interacting with the user’s right head and hand (RHH). The investigations are done through experimental measurements, using standardised head phantom and hand. It is shown that WB antennas detune more than NB antennas, but the drop in efficiency, when placed in RHH position, is similar for bothantennas
This study investigates the Over the Air (OTA) power measurements from a mobile phone when held by t...
Mobile phones are widely used nowadays. The demand in the new generations of mobile phones is better...
AbstractThe aim of this investigation is to analyze the effects of hand on planar inverted-F antenna...
Number of frequency bands that have to be covered by smart phones, are ever increasing. This broadba...
Based on a recent study of the ways a phone is held (a grip study), CAD models of the human hand hav...
This work investigates the variation in the mean effective gain (MEG) for a large number of test per...
In this contribution, an investigation of the radio performance of recent popular phones has been do...
The influence of the user's body degrades small antenna performances. This paper investigates the de...
This paper proposes the effect of the hand-hold position on the electromagnetic (EM) wave interactio...
Antenna design is very important for the performanceof wireless communication. It becomes even morei...
Modern mobile terminal design has been driven by the user interface and broadband connectivity. Real...
The current paper presents statistics on the mean effective gain (MEG) for mobile handsets. The resu...
This study focuses on the user influence on a MIMO antenna system in a smart phone form factor. The ...
Isolation, beween the antennas at low frequencies (700 MHz), is one of the major issues in 4th Gener...
Penetration of cellphones into markets requires their robust operation in time-varying radio environ...
This study investigates the Over the Air (OTA) power measurements from a mobile phone when held by t...
Mobile phones are widely used nowadays. The demand in the new generations of mobile phones is better...
AbstractThe aim of this investigation is to analyze the effects of hand on planar inverted-F antenna...
Number of frequency bands that have to be covered by smart phones, are ever increasing. This broadba...
Based on a recent study of the ways a phone is held (a grip study), CAD models of the human hand hav...
This work investigates the variation in the mean effective gain (MEG) for a large number of test per...
In this contribution, an investigation of the radio performance of recent popular phones has been do...
The influence of the user's body degrades small antenna performances. This paper investigates the de...
This paper proposes the effect of the hand-hold position on the electromagnetic (EM) wave interactio...
Antenna design is very important for the performanceof wireless communication. It becomes even morei...
Modern mobile terminal design has been driven by the user interface and broadband connectivity. Real...
The current paper presents statistics on the mean effective gain (MEG) for mobile handsets. The resu...
This study focuses on the user influence on a MIMO antenna system in a smart phone form factor. The ...
Isolation, beween the antennas at low frequencies (700 MHz), is one of the major issues in 4th Gener...
Penetration of cellphones into markets requires their robust operation in time-varying radio environ...
This study investigates the Over the Air (OTA) power measurements from a mobile phone when held by t...
Mobile phones are widely used nowadays. The demand in the new generations of mobile phones is better...
AbstractThe aim of this investigation is to analyze the effects of hand on planar inverted-F antenna...