Add to ORKGInternational audienceIn this paper, a patch antenna is designed forspatial modulation and ambient backscattering application at3.5GHz. Its goal is to pave the way for numerical com-munications towards 5G and IoT (Internet of Things). Forthose it is essential to design new antennas, that are compact,energy saving and radiation efficient. The Characteristic ModesAnalysis (CMA) is an interesting method for understanding anantenna properties, and so being able to design antennas ascompact as possible and keeping a good efficiency
Recently, existing ambient radio frequency (RF) signals such as those from Wi-Fi APs, Bluetooth devi...
This article presents an ambient backscattering transponder with independently beam-switchable recei...
Millimetre-wave (mmW) technology is one of the promising candidate for the deployment of next genera...
A novel pattern reconflgurable antenna operating at 2.45 GHz is designed for portable devices by exp...
A novel pattern reconfigurable antenna operating at 2.45 GHz is designed by exploiting the character...
The goal of this thesis is to prove the breakthrough on pattern control capability offered by the Ch...
This master thesis reports usage of characteristic modes in design and analysis of antennas. It prov...
International audienceThis paper presents the design of Electrically Small Antennas (ESAs) with embe...
A family of compact microstrip antennas are presented targeting applications such as Long-Term Evolu...
International audienceFor compact wireless sensors, compact antennas embedded in the sensor are nece...
A vision of digital and connected world is now a global strategy for 5G internet of things (IoT), ta...
In this paper, extending the design technique presented by the authors in a previous work, we propos...
This work deals with the most famous constructions of planar antennas. The work analyses selected me...
Reconfiguration antenna and phase, there is a need for “reconfigurable antenna” in driven by various...
The paper proposes an electrically small pattern reconfigurable antenna, which allows flexible beamf...
Recently, existing ambient radio frequency (RF) signals such as those from Wi-Fi APs, Bluetooth devi...
This article presents an ambient backscattering transponder with independently beam-switchable recei...
Millimetre-wave (mmW) technology is one of the promising candidate for the deployment of next genera...
A novel pattern reconflgurable antenna operating at 2.45 GHz is designed for portable devices by exp...
A novel pattern reconfigurable antenna operating at 2.45 GHz is designed by exploiting the character...
The goal of this thesis is to prove the breakthrough on pattern control capability offered by the Ch...
This master thesis reports usage of characteristic modes in design and analysis of antennas. It prov...
International audienceThis paper presents the design of Electrically Small Antennas (ESAs) with embe...
A family of compact microstrip antennas are presented targeting applications such as Long-Term Evolu...
International audienceFor compact wireless sensors, compact antennas embedded in the sensor are nece...
A vision of digital and connected world is now a global strategy for 5G internet of things (IoT), ta...
In this paper, extending the design technique presented by the authors in a previous work, we propos...
This work deals with the most famous constructions of planar antennas. The work analyses selected me...
Reconfiguration antenna and phase, there is a need for “reconfigurable antenna” in driven by various...
The paper proposes an electrically small pattern reconfigurable antenna, which allows flexible beamf...
Recently, existing ambient radio frequency (RF) signals such as those from Wi-Fi APs, Bluetooth devi...
This article presents an ambient backscattering transponder with independently beam-switchable recei...
Millimetre-wave (mmW) technology is one of the promising candidate for the deployment of next genera...