Background: Modern radars have adopted CFAR type of adaptive processing techniques to
alleviate the damaging effects of the unwanted returned signals. Owing to the presence of …

Most radar targets are complex objects and produce a wide variety of reflections. An
important class of targets is represented by the so-called moderately fluctuating Rayleigh …

This paper is intended to the analysis of adaptive radar detectors for partially correlated χ 2
targets. This important class of targets is represented by the so-called moderately fluctuating …

The goal of this paper is to treat the problem of detecting the partially-correlated χ 2
fluctuating targets with two and four degrees of freedom. We analyze the detection …

Our scope in this paper is to provide a complete analysis of CFARdetection of fluctuating
targets when the radar receiver incoherently integrates M returned pulses from a chi …

An interference saturated environment is one of the operating conditions that drastically
degrades the detection performance of the radar signal processor. Such an environment is …

The moderately fluctuating Rayleigh and χ 2 targets represent an important class of practical
targets. The illumination of this class by a coherent pulse train will return a train of correlated …

The excision CFAR processor has been proposed for the detection of signals in an
interference saturated environment, where such an environment is frequently encountered …

This paper addresses the problem of detecting the partially-correlated χ2 fluctuating targets
with two and four degrees of freedom. It presents the performance analysis, in its exact form …

Modern radars have adopted adaptive processing techniques to mitigate the deleterious
effects of unwanted clutter and jammer. In this situation, the CFAR algorithms play a vital role …