Add to ORKGCompact-range radar backscatter measurements are taken of aircraft scale models. In addition, computer software is used to predict the RCS of the aircraft. Synthetic down-range profiles formed from the two sources of backscatter data are compared and visualized in an innovative manner. Similar discrimination rates between the two aircraft are obtained on data from both sourc
The measurement of a target total normalized backscattering coefficient as a percentage of the actua...
With the increased availability of coherent wideband radars there has been a renewed interest in rad...
Knowledge of radar clutter is essential to determine the radar range or the detectability of manmade...
The validation of Radar Cross Section (RCS) prediction techniques against real measurements is cruci...
The validation of Radar Cross Section (RCS) prediction techniques against real measurements is cruci...
The potential for identifying aircraft using one or more radar range profiles, in conjunction with a...
International audienceIn this paper, a novel method of measurement of the real RCS of various airpla...
ABSTRACT: The original radar cross section data or some rough models are often used to estimate a gi...
Passive radar is an emerging technology that o#ers a number of unique benefits, including covert ope...
Aircraft identification is essential in any air-defence scenario. Without a robust classification ca...
Method of computer simulation of aerial target backscattering is described. It is used for comparati...
ABSTRACT: The influence of variable-sweep wing on the aircraft's radar cross section (RCS) character...
Microwave radar is an important tool for observation of birds in flight and represents a tremendous...
International audienceRadio sources in the Very High Frequency (VHF) band can be seized as opportuni...
International audienceRadio beacons, at around 115 MHz (VHF, VOR), are used as opportunity donors in...
The measurement of a target total normalized backscattering coefficient as a percentage of the actua...
With the increased availability of coherent wideband radars there has been a renewed interest in rad...
Knowledge of radar clutter is essential to determine the radar range or the detectability of manmade...
The validation of Radar Cross Section (RCS) prediction techniques against real measurements is cruci...
The validation of Radar Cross Section (RCS) prediction techniques against real measurements is cruci...
The potential for identifying aircraft using one or more radar range profiles, in conjunction with a...
International audienceIn this paper, a novel method of measurement of the real RCS of various airpla...
ABSTRACT: The original radar cross section data or some rough models are often used to estimate a gi...
Passive radar is an emerging technology that o#ers a number of unique benefits, including covert ope...
Aircraft identification is essential in any air-defence scenario. Without a robust classification ca...
Method of computer simulation of aerial target backscattering is described. It is used for comparati...
ABSTRACT: The influence of variable-sweep wing on the aircraft's radar cross section (RCS) character...
Microwave radar is an important tool for observation of birds in flight and represents a tremendous...
International audienceRadio sources in the Very High Frequency (VHF) band can be seized as opportuni...
International audienceRadio beacons, at around 115 MHz (VHF, VOR), are used as opportunity donors in...
The measurement of a target total normalized backscattering coefficient as a percentage of the actua...
With the increased availability of coherent wideband radars there has been a renewed interest in rad...
Knowledge of radar clutter is essential to determine the radar range or the detectability of manmade...