Detection of high-speed maneuvering targets has attracted a great deal of attention recently.
There are two main problems to be solved: improving detection ability under the condition of …

Increasing the integration time is an effective method to improve small maneuvering target
detection performance in radar applications. However, range migration and Doppler spread …

In this paper, a novel coherent integration method known as Radon-advanced discrete chirp
Fourier transform (RADCFT) is proposed to detect low-observable maneuvering targets. It …

Long-time integration can improve the radar detection performance of the moving targets.
However, the high speed maneuvering targets (HSMT) would cause range migration (RM) …

A long-time coherent integration could effectively improve the detection ability of radar for
maneuvering targets. Nevertheless, the Doppler ambiguity and frequency migration caused …

Long-time coherent integration works to significantly increase the detection probability for
maneuvering targets. However, during the observation time, the problems that often tend to …

As a generalized Doppler filter bank processing, Radon-Fourier transform (RFT) has
recently been proposed for long-time coherent integration detection of radar moving targets …

Long-time coherent integration is an effective means to improve the radar detection ability of
high-speed maneuvering targets with jerk motion. However, the range migration (RM) and …

In this paper, an adaptive dual-threshold sparse Fourier transform (ADT-SFT) algorithm is
proposed, which enables the application of the SFT and robust SFT (RSFT) to the moving …

Long-time coherent integration can remarkably improve the detection and motion parameter
estimation ability of radar for maneuvering targets. Unfortunately, the linear range migration …