The performance of the cell-averaging (CA) CFAR processor degrades rapidly in nonideal
conditions caused by extraneous targets and nonuniform clutter. The ordered-statistics (OS) …

This paper presents a comparison of chaotic and statistical CFAR detectors for detection of
manmade point targets from SAR. Detection of small manmade targets in SAR or IR clutter is …

This paper deals with the problem of detecting distributed targets in the presence of partially
homogeneous Gaussian disturbance with unknown covariance matrix. Since no uniformly …

In this paper, a heuristic detector is proposed to detect range-spread targets in white
Gaussian noise using multiple consecutive high-resolution range profiles (HRRPs) received …

Ordered statistics is one of the proposed solutions to improve the detection in a multiple
target environment. Some variants of this technique have been proposed for the SISO …

The authors introduce a new non-Gaussian CFAR detector, specifically a CFAR detector for
gamma-distributed textured backgrounds. The design and analysis of the detector is carried …

The order-statistics (OS) constant-false-alarm-rate (CFAR) detector has been known to have
a small loss in detection performance relative to the cell-averaging (CA) CFAR detector in …

The paper deals with the detection of fluctuating targets in the presence of compound-
Gaussian clutter. We show that the optimum receiver, according to the Neyman-Pearson …

In this paper, we study the performances of a novel CFAR in homogeneous environment.
This processor consists to take maximum power of cells in the reference windows and …

This paper studies adaptive detection of distributed targets in interference and noise. The
signal and interference are assumed to lie in two known subspaces which are partially …