Radar cross section (RCS) and inverse synthetic aperture radar (ISAR) are two important application areas for computation intensive RCS tools. Their objective is to control RCS signature in case of different types of mono-static and bistatic radars. To follow the quick development of radar technology, we need more flexible and more accurate RCS calculation tools. In this paper, we introduce CAST application and its techniques to compute RCS of different sized objects and their surroundings. For RCS and SAR analysis, we have added environment as a new spatiotemporal parameter in addition to traditional material and geometry design parameters
Target scattering or reflection is used by radar systems to identify and detect targets. The larger ...
Abstract—This paper presents a new method in order to estimate the Radar Cross Section (RCS) of larg...
The theoretical, analytical, and experimental results are described for radar cross sections (RCS) o...
WOSInternational audienceIn this paper, we propose and investigate a model based on asymptotic metho...
MasterRecently, radar cross section (RCS) analysis using the target's scattering centers is widely i...
The objective of the radar performance prediction is to compute quantities of interest concerning th...
Radar cross-section (RCS) is an important study parameter for defence applications specially dealing...
Objectives: To study the effect of the radar cross section (RCS) area for the target on the radar op...
When designing military vehicles, it is of interest to make the vehicles difficult to detect using r...
Nearfield Radar Cross Section (RCS) measurements and Inverse Synthetic Aperture Radar (ISAR) process...
An efficient algorithm for the prediction of the RCS of electrically large targets, partially coated...
International audienceThis chapter is dedicated to recent advances in a rather unexplored range of a...
Abstract—To avoid the spatial variation of scattering characteristic effect, a three-dimensional syn...
A method for a fast prediction of the Radar Cross Section (RCS) reduction of large scattering object...
International audienceThis paper describes a reliable methodology for radar cross section (RCS) meas...
Target scattering or reflection is used by radar systems to identify and detect targets. The larger ...
Abstract—This paper presents a new method in order to estimate the Radar Cross Section (RCS) of larg...
The theoretical, analytical, and experimental results are described for radar cross sections (RCS) o...
WOSInternational audienceIn this paper, we propose and investigate a model based on asymptotic metho...
MasterRecently, radar cross section (RCS) analysis using the target's scattering centers is widely i...
The objective of the radar performance prediction is to compute quantities of interest concerning th...
Radar cross-section (RCS) is an important study parameter for defence applications specially dealing...
Objectives: To study the effect of the radar cross section (RCS) area for the target on the radar op...
When designing military vehicles, it is of interest to make the vehicles difficult to detect using r...
Nearfield Radar Cross Section (RCS) measurements and Inverse Synthetic Aperture Radar (ISAR) process...
An efficient algorithm for the prediction of the RCS of electrically large targets, partially coated...
International audienceThis chapter is dedicated to recent advances in a rather unexplored range of a...
Abstract—To avoid the spatial variation of scattering characteristic effect, a three-dimensional syn...
A method for a fast prediction of the Radar Cross Section (RCS) reduction of large scattering object...
International audienceThis paper describes a reliable methodology for radar cross section (RCS) meas...
Target scattering or reflection is used by radar systems to identify and detect targets. The larger ...
Abstract—This paper presents a new method in order to estimate the Radar Cross Section (RCS) of larg...
The theoretical, analytical, and experimental results are described for radar cross sections (RCS) o...