The potential for identifying aircraft using one or more radar range profiles, in conjunction with a correlator, is investigated. Two types of filters are described which maximize the expected value of certain correlation peaks. The effectiveness of one type of filter was investigated in identification experiments using an extensive data set of real radar range profiles of 24 different aircraft. The results suggest that reliable identification is possible provided aircraft aspect information is used and identifications are based on multiple profiles
A time difference of arrival (TDOA) based locating system determines the location of an aircraft b...
Radar high resolution range profiles are widely used among the target recognition community for the ...
A new scheme of radar target recognition based on parameterized high resolution range proles (PHRRP)...
Aircraft identification is essential in any air-defence scenario. Without a robust classification ca...
With the increased availability of coherent wideband radars there has been a renewed interest in rad...
Radar range profiles can be used to classify ships at long range, in all weathers, day and night. Pa...
The Multi-radar Tracking System (MRTS) is implemented in aircraft surveillance with high confidence...
The validation of Radar Cross Section (RCS) prediction techniques against real measurements is cruci...
Compact-range radar backscatter measurements are taken of aircraft scale models. In addition, comput...
International audienceRadio beacons, at around 115 MHz (VHF, VOR), are used as opportunity donors in...
International audienceIn this paper we present a post-integration processing in order to improve sen...
ABSTRACT: The original radar cross section data or some rough models are often used to estimate a gi...
Radar high resolution range profiles are widely used among the target recognition community for the ...
In recent years, using radar for monitoring Unmanned Aerial Vehicle (UAV) and distinguishing UAV fro...
A new scheme for radar target discrimination is proposed in this paper. The natural frequencies of p...
A time difference of arrival (TDOA) based locating system determines the location of an aircraft b...
Radar high resolution range profiles are widely used among the target recognition community for the ...
A new scheme of radar target recognition based on parameterized high resolution range proles (PHRRP)...
Aircraft identification is essential in any air-defence scenario. Without a robust classification ca...
With the increased availability of coherent wideband radars there has been a renewed interest in rad...
Radar range profiles can be used to classify ships at long range, in all weathers, day and night. Pa...
The Multi-radar Tracking System (MRTS) is implemented in aircraft surveillance with high confidence...
The validation of Radar Cross Section (RCS) prediction techniques against real measurements is cruci...
Compact-range radar backscatter measurements are taken of aircraft scale models. In addition, comput...
International audienceRadio beacons, at around 115 MHz (VHF, VOR), are used as opportunity donors in...
International audienceIn this paper we present a post-integration processing in order to improve sen...
ABSTRACT: The original radar cross section data or some rough models are often used to estimate a gi...
Radar high resolution range profiles are widely used among the target recognition community for the ...
In recent years, using radar for monitoring Unmanned Aerial Vehicle (UAV) and distinguishing UAV fro...
A new scheme for radar target discrimination is proposed in this paper. The natural frequencies of p...
A time difference of arrival (TDOA) based locating system determines the location of an aircraft b...
Radar high resolution range profiles are widely used among the target recognition community for the ...
A new scheme of radar target recognition based on parameterized high resolution range proles (PHRRP)...