This paper studies the accuracy and limitations of different electromagnetic (EM) simulation approaches for dielectric radar benchmark targets. In comparison to perfect electric conductors (PEC), dielectric targets are much more complex from an EM point of view. However, dielectric materials are widely used for modern aircraft and unmanned aerial vehicles (UAVs). Apart from that, EM simulation tools nowadays play an important role in the design of aerial vehicles and radar systems. In order to evaluate the accuracy and performance of different EM simulation approaches, the results obtained using Physical Optics in combination with a ray tracing approach are compared to full-wave reference data
RAdio Detection And Ranging (Radar) is a method of using electromagnetic waves to remote-sense the p...
During the design process of modern land, aerial and maritime vehicles, numerous parameters have to ...
Applications in science and technology rely increasingly on electromagnetic (EM) field computations ...
Accurate electromagnetic (EM) simulation of scattering of airborne targets is a challenging task. A ...
This study is based on the application requirements of fully polarimetric radar for aircraft detecti...
IEEE International Symposium on Antennas and Propagation and USNC-URSI Radio Science Meeting (2019. ...
The objective of the NATO/STO/SET-252 Task Group is to design and manufacture a validation model of...
This paper describes the design of a general purpose electromagnetic environment and target simulato...
Radar technology development encourages each country to develop military aircraft with small Radar C...
Abstract. Electromagnetic field simulators have become a widely used tool in a design process of mic...
In this paper, the potential of an avionic polarimetric weather radar is shown. The simulator used f...
Introduction. Remote monitoring of layered underlying surfaces is an urgent task. To assess the perf...
In this paper, the electromagnetic (EM) scattering from conducting bodies of revolution coated by di...
A simulation tool to characterize the radar cross section of a pedestrian in near field is presented...
In numerous radar applications, new problems concerning target detection in a clutter environment ma...
RAdio Detection And Ranging (Radar) is a method of using electromagnetic waves to remote-sense the p...
During the design process of modern land, aerial and maritime vehicles, numerous parameters have to ...
Applications in science and technology rely increasingly on electromagnetic (EM) field computations ...
Accurate electromagnetic (EM) simulation of scattering of airborne targets is a challenging task. A ...
This study is based on the application requirements of fully polarimetric radar for aircraft detecti...
IEEE International Symposium on Antennas and Propagation and USNC-URSI Radio Science Meeting (2019. ...
The objective of the NATO/STO/SET-252 Task Group is to design and manufacture a validation model of...
This paper describes the design of a general purpose electromagnetic environment and target simulato...
Radar technology development encourages each country to develop military aircraft with small Radar C...
Abstract. Electromagnetic field simulators have become a widely used tool in a design process of mic...
In this paper, the potential of an avionic polarimetric weather radar is shown. The simulator used f...
Introduction. Remote monitoring of layered underlying surfaces is an urgent task. To assess the perf...
In this paper, the electromagnetic (EM) scattering from conducting bodies of revolution coated by di...
A simulation tool to characterize the radar cross section of a pedestrian in near field is presented...
In numerous radar applications, new problems concerning target detection in a clutter environment ma...
RAdio Detection And Ranging (Radar) is a method of using electromagnetic waves to remote-sense the p...
During the design process of modern land, aerial and maritime vehicles, numerous parameters have to ...
Applications in science and technology rely increasingly on electromagnetic (EM) field computations ...