A method for improving range resolution in passive radar system is to jointly use more than one transmission channel of the same illuminator of opportunity (IO). This paper specifically focuses on the exploitation of multiple adjacent digital video broadcasting-terrestrial (DVB-T) channels for achieving high-range resolution profiles with a passive radar system operating in air surveillance scenario. Firstly, we present an analysis of the ambiguity function obtained from a multichannel DVB-T source and a pre-processing technique able to improve the characteristics of the multichannel signal are presented. Afterwards, the experimental scenario is defined and detection results on aerial targets are shown
The study focuses on moving target detection from passive bistatic radar with DVB-T transmitters use...
In this paper the use of Digital Video Broadcasting Terrestrial (DVB-T) signals is addressed for Pas...
The study focuses on moving target detection from passive bistatic radar with DVB-T transmitters use...
The exploitation of multiple DVB-T channels for a passive radar system has been considered to enhanc...
AbstractOne non-cooperative illuminator recently considered for passive radar applications is the DV...
This paper investigates the possibility to improve target detection capability in a DVB-T- based pas...
This paper investigates the possibility to improve target detection capability in a DVB-T- based pas...
In the framework of research activity on passive radar systems for target detection and localization...
The use of digital video broadcasting-terrestrial (DVB-T) signals as waveform of opportunity for pas...
This paper investigates the possibility to improve target detection capability in a DVB-Tbased passi...
AbstractOne non-cooperative illuminator recently considered for passive radar applications is the DV...
International audienceWe investigate the use of low-cost digital video broadcasting-terrestrial (DVB...
In this paper, we consider the possibility to jointly exploit multiple frequency channels emitted by...
This study investigates the feasibility of pilot-based detection for passive coherent location (PCL)...
In this article, a commercial low cost solution for increasing DVB-T based passive radar (also refe...
The study focuses on moving target detection from passive bistatic radar with DVB-T transmitters use...
In this paper the use of Digital Video Broadcasting Terrestrial (DVB-T) signals is addressed for Pas...
The study focuses on moving target detection from passive bistatic radar with DVB-T transmitters use...
The exploitation of multiple DVB-T channels for a passive radar system has been considered to enhanc...
AbstractOne non-cooperative illuminator recently considered for passive radar applications is the DV...
This paper investigates the possibility to improve target detection capability in a DVB-T- based pas...
This paper investigates the possibility to improve target detection capability in a DVB-T- based pas...
In the framework of research activity on passive radar systems for target detection and localization...
The use of digital video broadcasting-terrestrial (DVB-T) signals as waveform of opportunity for pas...
This paper investigates the possibility to improve target detection capability in a DVB-Tbased passi...
AbstractOne non-cooperative illuminator recently considered for passive radar applications is the DV...
International audienceWe investigate the use of low-cost digital video broadcasting-terrestrial (DVB...
In this paper, we consider the possibility to jointly exploit multiple frequency channels emitted by...
This study investigates the feasibility of pilot-based detection for passive coherent location (PCL)...
In this article, a commercial low cost solution for increasing DVB-T based passive radar (also refe...
The study focuses on moving target detection from passive bistatic radar with DVB-T transmitters use...
In this paper the use of Digital Video Broadcasting Terrestrial (DVB-T) signals is addressed for Pas...
The study focuses on moving target detection from passive bistatic radar with DVB-T transmitters use...