Networked radar systems are vulnerable to different types of attacks, including electronic
countermeasure (ECM) jamming and false data injection (FDI) attack. Substantial research …

The potential abilities of distributed multiple-radar architectures in the electronic counter-
countermeasure are analyzed based on the difference between target echoes and …

We propose a new deceptive jamming method using networked receivers to perform
deceptive jamming against multimode synthetic aperture radar. Using multiple receivers to …

This study investigates the target detection problem of multistatic radar in the presence of
deception jamming. A detection algorithm based on non-coherent integration is presented to …

Owing to the shortcomings of single view angle and insufficient information in the monostatic
radar, it is difficult to effectively suppress the deception-false-target (FT) jamming. To counter …

The anti‐jamming methods available in multistatic radar are mostly based on data fusion
processing and therefore do not fully explore its anti‐jamming ability. In the view of …

In order to analyze and extract the different features of the deception jamming and target
echo, and accomplish radar anti-deception jamming, the mathematical models of deception …

This paper proposes a suppression method of the deceptive false target (FT) produced by
digital radio frequency memory (DRFM) in a multistatic radar system. The simulated …

In this paper, the effects of phase noise difference in receiving signals are introduced to
discriminate targets. Oscillators and signal sources have their own phase noise levels and …

This study considers the problem of deception electronic counter‐countermeasure (ECCM)
in distributed multiple‐radar architectures. To discriminate deception targets from the …