A new quad-quaternion model is herein established for an electromagnetic vector-sensor array, under which a multidimensional algebra-based direction-of-arrival (DOA) estimation algorithm, termed as quad-quaternion MUSIC (QQ-MUSIC), is proposed. This method provides DOA estimation (decoupled from polarization) by exploiting the orthogonality of the newly defined “quad-quaternion” signal and noise subspaces. Due to the stronger constraints that quad-quaternion orthogonality imposes on quad-quaternion vectors, QQ-MUSIC is shown to offer high robustness to model errors, and thus is very competent in practice. Simulation results have validated the proposed method
This paper addresses the problem of multiple signal classification- (MUSIC-) based direction of arri...
The increase in element spacing can increase the aperture of the array and improve its resolution pe...
Motivated by the benefits of array signal processing in quaternion domain, we investigate the proble...
In this paper, a quaternion-based ESPRIT-type algorithm called augmented quaternion ESPRIT (AQ-ESPRI...
Abstract In this paper, the problem of direction of arrival (DOA) estimation is considered in the ca...
The two-dimensional (2D) direction-of-arrival (DOA) estimation problem for noncircular signals using...
International audienceIn this paper, we use a biquaternion formalism to model vector-sensor signals ...
In this paper, a quaternion-based ESPRIT-type algorithm called augmented quaternion ESPRIT (AQ-ESPRI...
This research is devoted to vector-sensor array processing methods. The signals recorded on a vector...
This research is devoted to vector-sensor array processing methods. The signals recorded on a vector...
A new algorithm to estimate the direction of arrival (DOA) and polarization parameters of signals im...
International audienceWe present a new approach for vector-sensor signal modelling and processing, b...
International audienceIn this paper, two novel vector sensors using a reduced number of radiating el...
International audienceIn this paper, two novel vector sensors using a reduced number of radiating el...
This paper proposes a low-complexity method to estimate the direction of arrival and polarization ba...
This paper addresses the problem of multiple signal classification- (MUSIC-) based direction of arri...
The increase in element spacing can increase the aperture of the array and improve its resolution pe...
Motivated by the benefits of array signal processing in quaternion domain, we investigate the proble...
In this paper, a quaternion-based ESPRIT-type algorithm called augmented quaternion ESPRIT (AQ-ESPRI...
Abstract In this paper, the problem of direction of arrival (DOA) estimation is considered in the ca...
The two-dimensional (2D) direction-of-arrival (DOA) estimation problem for noncircular signals using...
International audienceIn this paper, we use a biquaternion formalism to model vector-sensor signals ...
In this paper, a quaternion-based ESPRIT-type algorithm called augmented quaternion ESPRIT (AQ-ESPRI...
This research is devoted to vector-sensor array processing methods. The signals recorded on a vector...
This research is devoted to vector-sensor array processing methods. The signals recorded on a vector...
A new algorithm to estimate the direction of arrival (DOA) and polarization parameters of signals im...
International audienceWe present a new approach for vector-sensor signal modelling and processing, b...
International audienceIn this paper, two novel vector sensors using a reduced number of radiating el...
International audienceIn this paper, two novel vector sensors using a reduced number of radiating el...
This paper proposes a low-complexity method to estimate the direction of arrival and polarization ba...
This paper addresses the problem of multiple signal classification- (MUSIC-) based direction of arri...
The increase in element spacing can increase the aperture of the array and improve its resolution pe...
Motivated by the benefits of array signal processing in quaternion domain, we investigate the proble...