Resonance based target recognition has been well studied for the last three decades. The purely target dependent natural resonant frequencies are used as a feature set for target classification. Such technique may fail if the targets of interest have similar or almost the same resonant frequencies. In this paper, the idea of using the polarimetric features at the resonant frequencies is investigated and demonstrated via numerical examples
Radars, as the name suggests, were traditionally used for Radio Detection and Ranging. Nevertheless,...
This thesis examines the problem of radar target recognition. The work has been primarily concerned ...
The concept of characteristic polarization states (CPSs) is extended to an ultrawideband (UWB) conte...
Resonance based target recognition has been well studied for the last three decades. The purely targ...
Automated target recognition based on resonances embedded in the ultrawideband transient signatures ...
Automated target recognition based on resonances embedded in the ultrawideband transient signatures ...
Reliable radar target recognition has long been the holy grail of electromagnetic sensors. Target re...
The aspect independency nature of the natural resonance embedded in transient signatures of radar ta...
Resonance-based radar target recognition is premised on the observation of natural resonant frequenc...
Although utilization of polarimetry techniques for recognition of military and civilian targets is w...
This paper proposes a radar target recognition algorithm based on a feature set extracted from the t...
The problem of identifying radar targets without predetermined knowledge or measurements of their as...
Detection and recognition of metallic targets based on Ultra Wideband electromagnetic transients hav...
A physically based radar target scattering signature is derived from observable data using a frequen...
A novel technique is presented for isolating the late-time resonant frequencies of specific radar ta...
Radars, as the name suggests, were traditionally used for Radio Detection and Ranging. Nevertheless,...
This thesis examines the problem of radar target recognition. The work has been primarily concerned ...
The concept of characteristic polarization states (CPSs) is extended to an ultrawideband (UWB) conte...
Resonance based target recognition has been well studied for the last three decades. The purely targ...
Automated target recognition based on resonances embedded in the ultrawideband transient signatures ...
Automated target recognition based on resonances embedded in the ultrawideband transient signatures ...
Reliable radar target recognition has long been the holy grail of electromagnetic sensors. Target re...
The aspect independency nature of the natural resonance embedded in transient signatures of radar ta...
Resonance-based radar target recognition is premised on the observation of natural resonant frequenc...
Although utilization of polarimetry techniques for recognition of military and civilian targets is w...
This paper proposes a radar target recognition algorithm based on a feature set extracted from the t...
The problem of identifying radar targets without predetermined knowledge or measurements of their as...
Detection and recognition of metallic targets based on Ultra Wideband electromagnetic transients hav...
A physically based radar target scattering signature is derived from observable data using a frequen...
A novel technique is presented for isolating the late-time resonant frequencies of specific radar ta...
Radars, as the name suggests, were traditionally used for Radio Detection and Ranging. Nevertheless,...
This thesis examines the problem of radar target recognition. The work has been primarily concerned ...
The concept of characteristic polarization states (CPSs) is extended to an ultrawideband (UWB) conte...