If several closely spaced targets fall within the same radar beam and between two adjacent
matched filter samples in range, monopulse information from both of these samples can and …

Most present-day radar systems use monopulse techniques to extract angular
measurements of sunbeam accuracy. The familiar" monopulse ratio" is a very effective …

In a scenario of closely spaced targets special attention has to be paid to radar signal
processing. We present an advanced processing technique, which uses the maximum …

In this paper we investigate the design of compressive antenna arrays for narrow-band
direction of arrival (DOA) estimation that aim to provide a larger aperture with a reduced …

This paper investigates joint adaptive target detection and direction of arrival (DOA)
estimation via a uniform rectangular array (URA) affected by mutual coupling. Capitalizing …

When the size of targets is comparable to the range resolution of monopulse radars, these
targets should be considered as extended rather than point targets. If several closely-spaced …

A novel closed-form solution to resolve the directions of arrival (azimuth and elevation) of
two sources using a single snapshot (monopulse) of four independent channels is …

In the presence of sea-surface multipath monopulse radar signals from a low elevation
target have three alternative paths in addition to the direct (radar-to-target) path due to …

Traditional monopulse angle estimations are mainly based on phase comparison and
amplitude comparison methods, which are commonly adopted in narrowband radars. In …

In the presence of the interference from a main-lobe direction, the monopulse
measurements always get erroneous angle estimates. By polarization filtering, the …