Among the many photonic technologies available for antenna beamforming, those which provide flat RF response over a very wideband RF bandwidth, high signal to noise ratio, multiple-beam capabilities and minimum complexity are to be preferred
\u3cp\u3eWe present an experimental demonstration of radio beamforming using an optical chip for app...
For the modern radio astronomy instruments wide instantaneous bandwidth is a characteristic of great...
Future radar systems will increasingly be applying electronically steered arrays. The re-use of aper...
Among the many photonic technologies available for antenna beamforming, those which provide flat RF ...
One of the key research topics of the Telecommunication Engineering (TE) Group at the University of ...
The evolution of microwave and mm-wave systems for communication and remote sensing is heading towar...
A novel photonic beamformer with flexible interface for broadcast mode phased array antennas (PAA) w...
In this paper, several optical beamforming architectures are proposed and experimentally demonstrate...
A multiband phased-array antenna (PAA) can reduce the number of antennas on shipboard platforms whil...
Experiments are described using a photonic beam former to control a 60-GHz smart antenna. The 60-GHz...
This thesis deals with a special way to fully exploit and further enhance the high flexibility of th...
In this paper several optical beamforming architectures are proposed and experimentally demonstrated...
The increase of data traffic in wireless networks is requiring the bandwidth of photonics for the an...
This paper addresses the design and technologies of photonic beamformers relevant for use in the con...
\u3cp\u3eWe present an experimental demonstration of radio beamforming using an optical chip for app...
For the modern radio astronomy instruments wide instantaneous bandwidth is a characteristic of great...
Future radar systems will increasingly be applying electronically steered arrays. The re-use of aper...
Among the many photonic technologies available for antenna beamforming, those which provide flat RF ...
One of the key research topics of the Telecommunication Engineering (TE) Group at the University of ...
The evolution of microwave and mm-wave systems for communication and remote sensing is heading towar...
A novel photonic beamformer with flexible interface for broadcast mode phased array antennas (PAA) w...
In this paper, several optical beamforming architectures are proposed and experimentally demonstrate...
A multiband phased-array antenna (PAA) can reduce the number of antennas on shipboard platforms whil...
Experiments are described using a photonic beam former to control a 60-GHz smart antenna. The 60-GHz...
This thesis deals with a special way to fully exploit and further enhance the high flexibility of th...
In this paper several optical beamforming architectures are proposed and experimentally demonstrated...
The increase of data traffic in wireless networks is requiring the bandwidth of photonics for the an...
This paper addresses the design and technologies of photonic beamformers relevant for use in the con...
\u3cp\u3eWe present an experimental demonstration of radio beamforming using an optical chip for app...
For the modern radio astronomy instruments wide instantaneous bandwidth is a characteristic of great...
Future radar systems will increasingly be applying electronically steered arrays. The re-use of aper...
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