This paper proposes an adaptive detector based on the spatial correlation characteristics of sea clutter.

Abstract—In the high sea state environment, the echo of small and slow ship targets is often submerged by sea clutter, and.

In this article, we propose optimum and near-optimum adaptive coherent detectors of radar targets in compound-Gaussian clutter with generalized inverse ...

This paper studies the multifractal correlation characteristic of sea clutter which can be applied to radar low-observable target detection in sea clutter.

Many complex systems generate multifractal time series which are long-range cross-correlated. This paper introduces three multifractal cross-correlation ...

This paper considers the problem of detecting range-spread target in compound Gaussian clutter with inverse gamma texture when steering vector mismatch ...

This paper studies the design of efficient detector for radar targets in compound-Gaussian clutter with inverse Gaussian texture (CG-IG clutter).

This paper studies the design of efficient detector for radar targets in compound-Gaussian clutter with inverse Gaussian texture (CG-IG clutter).

In order to characterise the statistics of the interference. (clutter + noise), detection schemes need to consider multiple samples in time and / or range. For ...

Jul 13, 2016 · Spatial Correlation. • Clutter returns may exhibit spatial correlation due to underlying structure such as sea swell or undulating hills.