In the thesis, the user body effect on antennas in a mobile terminal is discussed. In order to overcome the degradation of Multiple-Input Multiple-Output (MIMO) performance due to the user body effect, a quad-elements MIMO antenna array which can mitigate the body effect through an adaptive antenna switching method is introduced for 4G mobile terminals. In addition, various bezel MIMO antennas that are robust to the impedance mismatching caused by the user effect have also been presented. The study of user body effect is later extended to frequency bands at 15 GHz and 28 GHz for future 5G communication systems. The results reveal that a human body will cause a significant shadowing loss, which will be a critical loss in 5G cellular networks...
The advancements in the wireless communication industry have revolutionised how societies exchange i...
This chapter presents an investigative study to characterize the electromagnetic interaction between...
Abstract—Human body interaction is an important issue to take into account when designing handset an...
In the thesis, the user body effect on antennas in a mobile terminal is discussed. In order to overc...
Abstract This paper studies the performance of a 14-element dual-band 5G MIMO antenna with body eff...
Due to the great demand for high-speed wireless communication, Multi Input Multi Output (MIMO) anten...
International audienceThe 60-GHz band has been identified as an attractive solution for the next-gen...
International audienceThe development of millimeter-wave (mmW) technologies comes with concerns rela...
The effect of a user’s body on channel characteristics for single user downlink transmission ...
The research investigates the influence on the human body on a communication system. To understand t...
Implementation of an antenna array on a 5G mobile phone chassis is crucial in ensuring the radio lin...
While cellular communications operating at higher frequencies (i.e., above 6 GHz) have been attracti...
(1) Background: This work aims to assess human exposure to EMF due to two different wearable antenna...
Mobile handsets and other portable devices are already an essential part of our daily life. All such...
While cellular communications operating at higher frequencies (i.e., above 6 GHz) have been attracti...
The advancements in the wireless communication industry have revolutionised how societies exchange i...
This chapter presents an investigative study to characterize the electromagnetic interaction between...
Abstract—Human body interaction is an important issue to take into account when designing handset an...
In the thesis, the user body effect on antennas in a mobile terminal is discussed. In order to overc...
Abstract This paper studies the performance of a 14-element dual-band 5G MIMO antenna with body eff...
Due to the great demand for high-speed wireless communication, Multi Input Multi Output (MIMO) anten...
International audienceThe 60-GHz band has been identified as an attractive solution for the next-gen...
International audienceThe development of millimeter-wave (mmW) technologies comes with concerns rela...
The effect of a user’s body on channel characteristics for single user downlink transmission ...
The research investigates the influence on the human body on a communication system. To understand t...
Implementation of an antenna array on a 5G mobile phone chassis is crucial in ensuring the radio lin...
While cellular communications operating at higher frequencies (i.e., above 6 GHz) have been attracti...
(1) Background: This work aims to assess human exposure to EMF due to two different wearable antenna...
Mobile handsets and other portable devices are already an essential part of our daily life. All such...
While cellular communications operating at higher frequencies (i.e., above 6 GHz) have been attracti...
The advancements in the wireless communication industry have revolutionised how societies exchange i...
This chapter presents an investigative study to characterize the electromagnetic interaction between...
Abstract—Human body interaction is an important issue to take into account when designing handset an...