The conditional probability density function (pdf) is developed for each monopulse
measurement of a Rayleigh target by conditioning the pdf of the complex monopulse ratio on …

This paper provides for new approaches to the processing of unresolved measurements as
two direction-of-arrival (DOA) measurements for tracking closely spaced targets rather than …

When the returns from two or more targets interfere (ie, the signals are not resolved in the
frequency or time domains) in a monopulse radar system, the direction-of-arrival (DOA) …

Many radar systems use the monopulse ratio to extract angle of arrival (AOA) measurements
in both azimuth and elevation angles. The accuracies of each such measurement are …

Amplitude-comparison monopulse radar in tracking radar uses the tracking scheme of a
monopulse radar to estimate the angle components of a target. The performance of the …

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 …

Amplitude comparison monopulse systems provide precision angle localization of a target.
In practice, the in-phase part of the monopulse ratio is commonly used for direction-of-arrival …

Monopulse is an established array processing technique for fast and accurate angle
estimation. This technique has been generalized to space-time array processing of any …

An important problem in target tracking is the detection and tracking of targets in very low
signal-to-noise ratio (SNR) environments. In the past, several approaches have been used …