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 …

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 …

Constant false alarm rate (CFAR) processors play a vital role in organising the
heterogeneous detection of fluctuating targets. Specifically, the popular cell-averaging (CA) …

Our scope in this paper is to treat the problem of detecting what is called moderately
fluctuating targets when the operating environment is contaminated with a number of …

A constant false alarm rate in the presence of variable levels of noise is usually a
requirement placed on any modern radar. The CA-and OS-CFAR detectors are the most …

With the technology of clutter excitation developing up, adaptive processing algorithms have
become critical in high performance radar systems. Target echoes can be obscured and …

We design and assess adaptive schemes to detect extended and multiple point-like targets
embedded in correlated Gaussian noise. Proposed algorithms rely on either the generalized …

The problem of adaptive CFAR detection of a pulse-to-pulse partially correlated target with 2
K degrees of freedom in a pulse-to-pulse partially Rayleigh correlated clutter and multiple …

Radars are the cornerstones of modern integrated air defense systems. The decision on the
present or absence of object, ensuring non-fluctuating false alarms, represents one of its …

Our scope in this paper is to analyze the performance of a radar signal processor that
consists of a nonrecursive MTI followed by a square-law integrator and a CFAR circuit …