This study addresses the problem of stochastic radar target measurement. The authors develop an algorithm that allows for the reconstruction of the scattering function of a wide-sense stationarity with uncorrelated scattering radar target from the autocorrelation of the response of the target to a deterministic sounding signal. Although conventional methods are applicable only when the scattering function is supported on a `rectangle' with area <;1, the authors' method can handle area 1 support sets of `arbitrary' geometry. Based on the suggested theoretical recovery procedure, the authors propose an unbiased scattering function estimator
In the present work, a novel stochastic method has been developed and investigated in order to face ...
Under wide sense stationary uncorrelated scattering (WSSUS) conditions, the signal spreading due to ...
The standard analysis of Barker-coded incoherent scatter experiments is based on a matched filter w...
In many radar scenarios, the radar target or the medium is assumed to possess randomly varying parts...
MasterRecently, radar cross section (RCS) analysis using the target's scattering centers is widely i...
Target scattering or reflection is used by radar systems to identify and detect targets. The larger ...
Processing radar cross section data is possible to image sorne properties of a target. The paper pr...
International audienceScattering centers model (SCM) is usually considered for modeling target backs...
Abstract Due to the aircraft targets’ uncooperative character, acquiring the complete scattering cha...
Radar observes targets, but they remain difficult to interpret due to the difficulty in analysing th...
A new scheme for radar target discrimination is proposed in this paper. The natural frequencies of p...
This paper is concerned with the uncertainty quantification of high-frequency acoustic scattering fr...
This paper presents a new computational approach that allows rapid analysis of the Electro-Magnetic ...
Abstract. The standard analysis of Barker-coded incoherent scatter experiments is based on a matched...
We first derive the stochastic dynamics of a Gaussian-compound model with an inverse Gamma distribut...
In the present work, a novel stochastic method has been developed and investigated in order to face ...
Under wide sense stationary uncorrelated scattering (WSSUS) conditions, the signal spreading due to ...
The standard analysis of Barker-coded incoherent scatter experiments is based on a matched filter w...
In many radar scenarios, the radar target or the medium is assumed to possess randomly varying parts...
MasterRecently, radar cross section (RCS) analysis using the target's scattering centers is widely i...
Target scattering or reflection is used by radar systems to identify and detect targets. The larger ...
Processing radar cross section data is possible to image sorne properties of a target. The paper pr...
International audienceScattering centers model (SCM) is usually considered for modeling target backs...
Abstract Due to the aircraft targets’ uncooperative character, acquiring the complete scattering cha...
Radar observes targets, but they remain difficult to interpret due to the difficulty in analysing th...
A new scheme for radar target discrimination is proposed in this paper. The natural frequencies of p...
This paper is concerned with the uncertainty quantification of high-frequency acoustic scattering fr...
This paper presents a new computational approach that allows rapid analysis of the Electro-Magnetic ...
Abstract. The standard analysis of Barker-coded incoherent scatter experiments is based on a matched...
We first derive the stochastic dynamics of a Gaussian-compound model with an inverse Gamma distribut...
In the present work, a novel stochastic method has been developed and investigated in order to face ...
Under wide sense stationary uncorrelated scattering (WSSUS) conditions, the signal spreading due to ...
The standard analysis of Barker-coded incoherent scatter experiments is based on a matched filter w...