Recently, nested and coprime arrays have attracted considerable interest due to their
capability of providing increased array aperture, enhanced degrees of freedom (DOFs), and …

Existing sparse array (SA) geometries, such as coprime and nested arrays, can be regarded
as a concatenation of two uniform linear arrays (ULAs). Such arrays lead to a significant …

Owing to the large degrees of freedom and reduced mutual coupling by generating
difference coarrays, nonuniform linear arrays have aroused great interest in direction of …

A novel sparse array (SA) structure is proposed based on the maximum inter-element
spacing (IES) constraint (MISC) criterion. Compared with the traditional MISC array, the …

Linear sparse antenna arrays have been widely studied in array processing literature. They
belong to the general class of non-uniform linear arrays (NULAs). Sparse arrays need fewer …

Recently, a uniform linear array (ULA) fitting (UF) principle is proposed for sparse array (SA)
design using pseudo-polynomial equations. Typically, it is verified that the designed SAs via …

In this letter, we propose an extended nested array (ENA) strategy, which relaxes the
constraints on the two-side subarrays of the augmented nested array and allows the sensors …

Recently, dilated nested arrays have been proposed on a moving platform to increase the
uniform degrees of freedom (uDOF) by a factor of three by exploiting array motion. However …

The recent criteria of a preferable linear sparse array for a robust direction of arrival (DOA)
estimation are: the closed-form expression for its sensor locations; the large central uniform …

We propose anew antenna array design approach for a multiple-input and multiple-output
(MIMO) radar, which has closed-form expressions for the sensor locations and the number of …