An original target identification method using Wave-Coefficients (WCs) as feature vector is proposed. The scattering fields of arbitrary shaped targets are expressed as a sum of spherical waves and the distinctive coefficients are exploited as the target feature. Decision rule based on correlation coefficient is established, and some analyses on the properties of the WCs are conducted. Numerical simulations of four targets are carried out and the recognition performances without and with noise are provided and discussed.Engineering, Electrical & ElectronicPhysics, AppliedTelecommunicationsSCI(E)EI0ARTICLE465-48013
International audienceThis paper presents a novel classification technique based on targets bistatic...
Feature extraction is a challenging problem in radar target identification. In this paper, we propos...
The problem studied in this paper is the design of an electromagnetic target classifier for small-sc...
An original target identification method using Wave-Coefficients (WCs) as feature vector is proposed...
The scattered far fields of an arbitrarily shaped 3D body can be expressed as a superposition of sph...
To correctly identify a remote target in a noisy environment is very challenging. Usually, the accur...
The classification of similar shaped objects from scattered electromagnetic waves is a difficult pro...
Classification of similar shaped objects from scattered electromagnetic waves is a difficult problem...
Target identification from scattered signals using time domain techniques depend significantly on th...
Identification concerning different types of radar targets can be achieved by using various radar si...
The space target recognition algorithm, which is based on the time series of radar cross section (RC...
A new method for reconstruction of scattering characteristics using wave-mode coefficients for 2D co...
This paper demonstrates the usefulness of an ultra wideband target recognition method in the case of...
Target classification by micro-Doppler feature is discussed in this paper. The returned wave is simu...
Classification of aircraft targets from scattered electromagnetic waves is a challenging application...
International audienceThis paper presents a novel classification technique based on targets bistatic...
Feature extraction is a challenging problem in radar target identification. In this paper, we propos...
The problem studied in this paper is the design of an electromagnetic target classifier for small-sc...
An original target identification method using Wave-Coefficients (WCs) as feature vector is proposed...
The scattered far fields of an arbitrarily shaped 3D body can be expressed as a superposition of sph...
To correctly identify a remote target in a noisy environment is very challenging. Usually, the accur...
The classification of similar shaped objects from scattered electromagnetic waves is a difficult pro...
Classification of similar shaped objects from scattered electromagnetic waves is a difficult problem...
Target identification from scattered signals using time domain techniques depend significantly on th...
Identification concerning different types of radar targets can be achieved by using various radar si...
The space target recognition algorithm, which is based on the time series of radar cross section (RC...
A new method for reconstruction of scattering characteristics using wave-mode coefficients for 2D co...
This paper demonstrates the usefulness of an ultra wideband target recognition method in the case of...
Target classification by micro-Doppler feature is discussed in this paper. The returned wave is simu...
Classification of aircraft targets from scattered electromagnetic waves is a challenging application...
International audienceThis paper presents a novel classification technique based on targets bistatic...
Feature extraction is a challenging problem in radar target identification. In this paper, we propos...
The problem studied in this paper is the design of an electromagnetic target classifier for small-sc...