International audienceThis paper presents a compact reconfigurable multiantenna system addressing the IMT-Advanced band. The antenna system is built using compact antennas whose miniaturization is obtained by limiting instantaneous operating bandwidth. Frequency agility technique it then used to enlarge the operating frequency in accordance with the whole operating band and communication standard waveform. Good decoupling performances are achieved with the multi-antenna device thanks to a particular arrangement of the antennas. This system has been introduced for small mobile terminals, where form factor is very important. The use of two antennas could bring benefits to limit fast fading effects introduced by mobilit
Abstract. Along with the miniaturization of mobile terminals, antenna miniaturization is the trend o...
International audienceA new model of two-access reconfigurable antennas for future mobile communicat...
Current telecommunication systems and especially mobile terminals require compact antennas with sign...
This paper describes various miniaturization techniques of multiband antennas for portable transceiv...
Abstract—This paper presents the design of a low-profile com-pact printed antenna for fixed frequenc...
This paper presents the design of a low-profile compact printed antenna for fixed frequency and reco...
©2010 IEEE. Personal use of this material is permitted. However, permission to reprint/republish thi...
A design of a low profile reconfigurable microstrip patch antenna is presented. The antenna consists...
International audienceThe goal of this study is to present a wide frequency agility technique obtain...
AbstractA compact reconfigurable multi-band monopole antenna is presented. To achieve frequency reco...
Abstract—Two novel designs for compact reconfigurable antennas are introduced for wireless communica...
Dans un contexte de généralisation des systèmes de communication sans fil, le besoin de miniaturiser...
Abstract-- We present a new reconfigurable broadband miniature antenna architecture that is able to ...
This thesis deals with modeling and produce of reconfigurable multi-band planar antennas, which allo...
This paper introduces a general methodical approach for designing frequency reconfigurable antennas....
Abstract. Along with the miniaturization of mobile terminals, antenna miniaturization is the trend o...
International audienceA new model of two-access reconfigurable antennas for future mobile communicat...
Current telecommunication systems and especially mobile terminals require compact antennas with sign...
This paper describes various miniaturization techniques of multiband antennas for portable transceiv...
Abstract—This paper presents the design of a low-profile com-pact printed antenna for fixed frequenc...
This paper presents the design of a low-profile compact printed antenna for fixed frequency and reco...
©2010 IEEE. Personal use of this material is permitted. However, permission to reprint/republish thi...
A design of a low profile reconfigurable microstrip patch antenna is presented. The antenna consists...
International audienceThe goal of this study is to present a wide frequency agility technique obtain...
AbstractA compact reconfigurable multi-band monopole antenna is presented. To achieve frequency reco...
Abstract—Two novel designs for compact reconfigurable antennas are introduced for wireless communica...
Dans un contexte de généralisation des systèmes de communication sans fil, le besoin de miniaturiser...
Abstract-- We present a new reconfigurable broadband miniature antenna architecture that is able to ...
This thesis deals with modeling and produce of reconfigurable multi-band planar antennas, which allo...
This paper introduces a general methodical approach for designing frequency reconfigurable antennas....
Abstract. Along with the miniaturization of mobile terminals, antenna miniaturization is the trend o...
International audienceA new model of two-access reconfigurable antennas for future mobile communicat...
Current telecommunication systems and especially mobile terminals require compact antennas with sign...