Array signal processing is an essential tool in broad radar applications. The coprime array
has recently been proposed to overcome the bottleneck caused by the Nyquist spatial …

We present a fast direction-of-arrival (DOA) estimation algorithm for coprime array structures.
In many practical applications of radar signals processing, reducing the redundancy …

The conventional coprime array consists of two uniform linear subarrays to construct an
effective difference coarray with desirable characteristics. Such linear coprime arrays only …

This paper addresses the issue of two-dimensional (2-D) direction of arrival (DOA)
estimation with coprime planar arrays (CPPAs) via sparse representation. Our work differs …

A new array geometry, which is capable of significantly increasing the degrees of freedom of
linear arrays, is proposed. This structure is obtained by systematically nesting two or more …

Coprime arrays have been recently proposed as effective sparse configurations suitable for
radar beamforming and angle‐of‐arrival estimation applications. In this study, a new …

Compared with the uniform linear array (ULA) under the same physical array element, the
coprime array can obtain a higher degree of freedom and a larger array aperture, so it has …

Coprime array offers a larger array aperture than uniform linear array with the same number
of physical sensors, and has a better spatial resolution with increased degrees of freedom …

This paper presents two kinds of K-level co-prime linear array geometries and the
corresponding direction of arrival estimation algorithm based on the multi-resolution …

Among various sparse-array techniques, co-prime array is found to be more attractive
because of its high efficiency and simplicity. In this paper, we propose a scheme that can …