This work is part of UPC contribution to the CORPA (Cost-Optimised high Performance Active Receive Phase Array antenna for mobile terminals) project of ESA (European Space Agency)The objective of the work presented is to implement a Digital Beamforming (DBF) platform for an antenna array receiver designed for the S-DMB system. Our project deals with the design of antenna arrays from a hardware point of view, in contrast to other theo- retic studies regarding DBF algorithms. Hence, we will study practical aspects of DBF implementation such as signal quantization and required computational resources
Abstract—An 61-channel digital beamforming transmitter array antenna used in mobile satellite commun...
In this paper a fully adaptive digital beamforming antenna system for receiving in the L-Band is des...
Laboratory testing of digital beamforming processor is required to test and optimize the beamformer ...
This work is part of UPC contribution to the CORPA (Cost-Optimised high Performance Active Receive P...
This thesis deals with design and implementation of digital beamformer for 3D radar. The text of thi...
A novel low cost digital beamforming concept is proposed theoretically and experimentally in this pr...
Digital Beamforming (DBF) technology is an area that is undergoing development due the various advan...
Broadband Focal Array Beamformers offer the potential to increase the field of view of reflector ant...
Abstract — with the widespread use of digital techniques in modern communication systems, Digital Be...
Digital beamforming is a powerful signal processing technique used in many communication and radar s...
In this final year project (FYP) report, the author proposes a novel low-cost array digital beamform...
A planar digital-beamforming (DBF) antenna for user terminals in future satellite navigation systems...
Digital beamforming is a marriage between digital technology and antenna technology. It plays an imp...
Radar is one of the most important sensors in military and civilian applications. Digital beam formi...
Modern radar and communication systems operate in a restricted electromagneticspectrum that is becom...
Abstract—An 61-channel digital beamforming transmitter array antenna used in mobile satellite commun...
In this paper a fully adaptive digital beamforming antenna system for receiving in the L-Band is des...
Laboratory testing of digital beamforming processor is required to test and optimize the beamformer ...
This work is part of UPC contribution to the CORPA (Cost-Optimised high Performance Active Receive P...
This thesis deals with design and implementation of digital beamformer for 3D radar. The text of thi...
A novel low cost digital beamforming concept is proposed theoretically and experimentally in this pr...
Digital Beamforming (DBF) technology is an area that is undergoing development due the various advan...
Broadband Focal Array Beamformers offer the potential to increase the field of view of reflector ant...
Abstract — with the widespread use of digital techniques in modern communication systems, Digital Be...
Digital beamforming is a powerful signal processing technique used in many communication and radar s...
In this final year project (FYP) report, the author proposes a novel low-cost array digital beamform...
A planar digital-beamforming (DBF) antenna for user terminals in future satellite navigation systems...
Digital beamforming is a marriage between digital technology and antenna technology. It plays an imp...
Radar is one of the most important sensors in military and civilian applications. Digital beam formi...
Modern radar and communication systems operate in a restricted electromagneticspectrum that is becom...
Abstract—An 61-channel digital beamforming transmitter array antenna used in mobile satellite commun...
In this paper a fully adaptive digital beamforming antenna system for receiving in the L-Band is des...
Laboratory testing of digital beamforming processor is required to test and optimize the beamformer ...