Add to ORKGSynthetic Aperture Radar (SAR) measurements of urban structures provide a challenge for data interpretation. In fact the basic mechanism of the reflection and scattering behavior has to be understood in very much detail. Theoretical models exist and can be used, but experimental data from a controlled environment are rather sparsely available. In this paper the construction of a well-defined wall structure is presented and corresponding radar measurements are illustrated. The results are discussed with respect to theoretical expectations
This paper confirms the need for detailed 3D models for the simulation of high-resolution SAR image...
In this paper, we propose a combined use of real aperture radar (RAR) and synthetic aperture radar (...
Abstract Through‐wall radar is an emergent technology rooted in urban surveillance, a key component ...
The characterization of building structures plays a role in many fields of application in electrical...
Global and reliable reconnaissance using remote sensing techniques requires a weather and time indep...
The DLR – Microwaves and Radar Institute – actually examines the possibility of using microwaves to ...
Corner lines, line signatures related to building facades in synthetic aperture radar images, are co...
Synthetic Aperture Radar (SAR) systems have been used since many years for military applications suc...
State-of-the-art airborne SAR sensors provide spatial resolution on the order of one decimeter. In s...
Architects and civil engineers involved in the renovation of building structures have a high need to...
The analysis of radar image data is a challenge due to sensor specific effects mainly caused by its ...
International audienceEfforts in improving Ray-Tracing (RT) tools in urban scenarios led us to propo...
Synthetic Aperture Radar (SAR) systems have been used since many years for military applications suc...
3MT presented at the 2018 Defence and Security Doctoral Symposium.Through-Wall remote sensing has be...
Nowadays, monitoring and management of built-up areas is becoming a crucial endeavor for all civil a...
This paper confirms the need for detailed 3D models for the simulation of high-resolution SAR image...
In this paper, we propose a combined use of real aperture radar (RAR) and synthetic aperture radar (...
Abstract Through‐wall radar is an emergent technology rooted in urban surveillance, a key component ...
The characterization of building structures plays a role in many fields of application in electrical...
Global and reliable reconnaissance using remote sensing techniques requires a weather and time indep...
The DLR – Microwaves and Radar Institute – actually examines the possibility of using microwaves to ...
Corner lines, line signatures related to building facades in synthetic aperture radar images, are co...
Synthetic Aperture Radar (SAR) systems have been used since many years for military applications suc...
State-of-the-art airborne SAR sensors provide spatial resolution on the order of one decimeter. In s...
Architects and civil engineers involved in the renovation of building structures have a high need to...
The analysis of radar image data is a challenge due to sensor specific effects mainly caused by its ...
International audienceEfforts in improving Ray-Tracing (RT) tools in urban scenarios led us to propo...
Synthetic Aperture Radar (SAR) systems have been used since many years for military applications suc...
3MT presented at the 2018 Defence and Security Doctoral Symposium.Through-Wall remote sensing has be...
Nowadays, monitoring and management of built-up areas is becoming a crucial endeavor for all civil a...
This paper confirms the need for detailed 3D models for the simulation of high-resolution SAR image...
In this paper, we propose a combined use of real aperture radar (RAR) and synthetic aperture radar (...
Abstract Through‐wall radar is an emergent technology rooted in urban surveillance, a key component ...