This paper presents an experimental study on multiple perspectives GNSS-based SAR. The large number of nav-igation satellites illuminating the same area from different view angles allows passive SAR imagery at multiple bistatic geometries. The multiple perspectives may result in different displacement of the dominant scattering centers composing the scene. By applying ad-hoc CLEAN technique to individual bistatic images, the target points can be identified and subsequently the information can be fused. The experimental study here carried out demonstrates the potential of this technology to enhance the image information space for persistent local area monitoring purposes
Abstract—This paper deals with the potentialities obtained by splitting the passive antenna of a spa...
Bistatic global navigation satellite system (GNSS) radar has received increased attention in recent ...
Bistatic GNSS radar has received increased attention in recent years within both the radar and the G...
This paper explores the capability of GNSS as opportunity transmitters for passive multistatic SAR. ...
This paper presents the description and some examples of application of the CLEAN technique to passi...
Synthetic aperture radar (SAR) is an efficient tool in remote sensing for imaging the Earth’s surfac...
This paper considers the exploitation of navigation satellite systems as opportunity transmitters fo...
This paper presents preliminary experimental results on passive multistatic SAR exploiting navigatio...
This paper investigates the potential in using a passive multi-static Synthetic Aperture Radar (SAR)...
This chapter is an introduction to passive synthetic aperture radar (SAR) using global navigation sa...
This paper considers the exploitation of navigation satellite systems as opportunity transmitters fo...
This thesis is dedicated to the special class of bistatic SAR, where the transmitter is a Global Nav...
This paper deals with the potentialities obtained by splitting the passive antenna of a space-based ...
This work brings forward a framework for passive radar imaging of ship targets by exploiting the ref...
This letter presents an analysis of the multistatic point-spread function (MPSF) for passive synthet...
Abstract—This paper deals with the potentialities obtained by splitting the passive antenna of a spa...
Bistatic global navigation satellite system (GNSS) radar has received increased attention in recent ...
Bistatic GNSS radar has received increased attention in recent years within both the radar and the G...
This paper explores the capability of GNSS as opportunity transmitters for passive multistatic SAR. ...
This paper presents the description and some examples of application of the CLEAN technique to passi...
Synthetic aperture radar (SAR) is an efficient tool in remote sensing for imaging the Earth’s surfac...
This paper considers the exploitation of navigation satellite systems as opportunity transmitters fo...
This paper presents preliminary experimental results on passive multistatic SAR exploiting navigatio...
This paper investigates the potential in using a passive multi-static Synthetic Aperture Radar (SAR)...
This chapter is an introduction to passive synthetic aperture radar (SAR) using global navigation sa...
This paper considers the exploitation of navigation satellite systems as opportunity transmitters fo...
This thesis is dedicated to the special class of bistatic SAR, where the transmitter is a Global Nav...
This paper deals with the potentialities obtained by splitting the passive antenna of a space-based ...
This work brings forward a framework for passive radar imaging of ship targets by exploiting the ref...
This letter presents an analysis of the multistatic point-spread function (MPSF) for passive synthet...
Abstract—This paper deals with the potentialities obtained by splitting the passive antenna of a spa...
Bistatic global navigation satellite system (GNSS) radar has received increased attention in recent ...
Bistatic GNSS radar has received increased attention in recent years within both the radar and the G...