Add to ORKGThis paper deals with the design and performance evaluation of a multistatic radar system where target detection is performed by jointly combining the signals arising from multiple spatially dispersed transmitters and receivers. We provide some simulation results that illustrate how significant improvements in radar system performances can be achieved by exploiting the Ambiguity Function as tool for determining the target resolution capability of each channel of the multistatic system
After a MIMO revolution in the telecommunications world, this technology becomes increasingly popula...
The problem of designing waveform and quantisation thresholds is studied in a multistatic radar sett...
The ambiguity function analysis is central to investigating the resolution capabilities of a radar s...
Multistatic radar systems are of emerging interest as they can exploit spatial diversity, enabling i...
The ability to recognise quickly and reliably non-cooperative targets is a primary issue in modern r...
Multistatic radar systems are of emerging interest as they can exploit spatial diversity, enabling i...
We consider multiple input multiple output (MIMO) radar systems with M transmit and N receive elemen...
Modern radar systems are required to perform a multitude of functions including highly accurate dete...
Detection of space objects is a key component of space situational awareness, which could help preve...
The main idea of Multistatic Radar System is to look for target’s geodetic position without failing ...
Abstract—There has been a growing interest in passive radar systems in the research community over t...
This paper deals with the imaging of a moving target using a multifrequency and multistatic radar co...
This work deals with the problem of inverse localization by a target with the aim to retrieve the po...
Multistatic radars utilize multiple transmitter and receiver sites to provide several different mono...
Multistatic radar provides many advantages over conventional monostatic radar, such as enhanced info...
After a MIMO revolution in the telecommunications world, this technology becomes increasingly popula...
The problem of designing waveform and quantisation thresholds is studied in a multistatic radar sett...
The ambiguity function analysis is central to investigating the resolution capabilities of a radar s...
Multistatic radar systems are of emerging interest as they can exploit spatial diversity, enabling i...
The ability to recognise quickly and reliably non-cooperative targets is a primary issue in modern r...
Multistatic radar systems are of emerging interest as they can exploit spatial diversity, enabling i...
We consider multiple input multiple output (MIMO) radar systems with M transmit and N receive elemen...
Modern radar systems are required to perform a multitude of functions including highly accurate dete...
Detection of space objects is a key component of space situational awareness, which could help preve...
The main idea of Multistatic Radar System is to look for target’s geodetic position without failing ...
Abstract—There has been a growing interest in passive radar systems in the research community over t...
This paper deals with the imaging of a moving target using a multifrequency and multistatic radar co...
This work deals with the problem of inverse localization by a target with the aim to retrieve the po...
Multistatic radars utilize multiple transmitter and receiver sites to provide several different mono...
Multistatic radar provides many advantages over conventional monostatic radar, such as enhanced info...
After a MIMO revolution in the telecommunications world, this technology becomes increasingly popula...
The problem of designing waveform and quantisation thresholds is studied in a multistatic radar sett...
The ambiguity function analysis is central to investigating the resolution capabilities of a radar s...