Add to ORKGAbstract—In this paper, high resolution range profile-jet engine mod-ulation (HRRP-JEM) analysis is extended by including quantitative estimation of the jet engine location and extraction of the JEM micro-Doppler component. Based on a parametric model of the range cell data, signal eccentricity was introduced for the purpose of determining the jet engine location. Then, complex empirical mode decomposition (CEMD) was employed to extract the embedded JEM component. The signal eccentricity also served as an auxiliary means of CEMD-based micro-Doppler extraction. Application to the simulated HRRP-JEM data demonstrated that the analysis results described in this paper could be useful for advanced radar target recognition with HRRP-JEM. 1
In this paper, we present a technique to discriminate between two complex bodies with minor structur...
2015-08-06As in any mechanical system, entropy is continually fighting our best efforts to preserve ...
Micro-motion dynamics produce Micro-range (m-R) signatures which are important features for target c...
Location of engines on an aircraft body is crucial for preliminary, quick discrimination of the airc...
Abstract—The inverse synthetic aperture radar (ISAR) image can be very effective in target recogniti...
Abstract Micro‐Doppler signatures in jet engine modulated (JEM) radar signals are used to extract je...
The inverse synthetic aperture radar (TSAR) image can be very effective in target recognition becaus...
With the increased availability of coherent wideband radars there has been a renewed interest in rad...
High resolution range profile (HRRP) is being known as one of the most powerful tools for radar targ...
A set of experimental trials was conducted with a 10 GHz continuous wave radar to collect micro-Dopp...
The article provides an assessment of the impact the dynamic structures of power systems of aircraft...
In this paper the manifold geometry in radar high-resolution range profile (HRRP) is firstly explore...
Due to the aspect sensitivity of High Resolution Range Profile (HRRP), traditional radar target reco...
In this paper, we present a technique to discriminate between two complex bodies with minor structur...
Analytical and numerical techniques are employed for the evaluation of the Radar Cross-Section (RCS)...
In this paper, we present a technique to discriminate between two complex bodies with minor structur...
2015-08-06As in any mechanical system, entropy is continually fighting our best efforts to preserve ...
Micro-motion dynamics produce Micro-range (m-R) signatures which are important features for target c...
Location of engines on an aircraft body is crucial for preliminary, quick discrimination of the airc...
Abstract—The inverse synthetic aperture radar (ISAR) image can be very effective in target recogniti...
Abstract Micro‐Doppler signatures in jet engine modulated (JEM) radar signals are used to extract je...
The inverse synthetic aperture radar (TSAR) image can be very effective in target recognition becaus...
With the increased availability of coherent wideband radars there has been a renewed interest in rad...
High resolution range profile (HRRP) is being known as one of the most powerful tools for radar targ...
A set of experimental trials was conducted with a 10 GHz continuous wave radar to collect micro-Dopp...
The article provides an assessment of the impact the dynamic structures of power systems of aircraft...
In this paper the manifold geometry in radar high-resolution range profile (HRRP) is firstly explore...
Due to the aspect sensitivity of High Resolution Range Profile (HRRP), traditional radar target reco...
In this paper, we present a technique to discriminate between two complex bodies with minor structur...
Analytical and numerical techniques are employed for the evaluation of the Radar Cross-Section (RCS)...
In this paper, we present a technique to discriminate between two complex bodies with minor structur...
2015-08-06As in any mechanical system, entropy is continually fighting our best efforts to preserve ...
Micro-motion dynamics produce Micro-range (m-R) signatures which are important features for target c...
