Radar returned signals are processed by stretch processing, resulting in mixer outputs.
Based on the time-frequency decomposition of the cross S-method (CSM) of two adjacent …

As an important detection means, radar is widely used in target monitoring field. However,
due to the small radar cross section (RCS) of stealthy or small target and the complex …

The constant false alarm rate (CFAR) technique plays a key role in radar automatic detection
process. The cell averaging (CA) CFAR procedure suffers from the masking effect in almost …

In the presence of Weibull clutter, the development of sliding window detection processes,
based on scale and power invariant distributions, has been extensively examined. This …

High frequency radar has a wide monitoring range and low range resolution. It may contain
multiple targets or outlier interference phenomena in different clutter regions of the range …

The CFAR test developed in previous work is a normalized ratio test for signals in nonwhite
Gaussian noise. However, in the airborne radar environment, the noise consists of strong …

In order to improve the detection performance of constant false alarm rate (CFAR) detectors
in multiple targets situations, a CFAR detector based on the maximal reference cell (MRC) …

In this paper, we deal with the problem of radar target detection in presence of severe
interfering targets. To this end, we propose a new Constant False Alarm Rate (CFAR) …

This paper proposes a new approach for efficiently determining the unwanted interfering
samples in the reference window, for the ordered statistics constant false alarm rate detector …

In this paper, a new CFAR detector based on a switching algorithm and OS-CFAR for
nonhomogeneous background environments is introduced. The new detector is named …