In this paper, we consider a challenging secure wireless sensing scenario where a
legitimate radar station (LRS) intends to detect a target at unknown location in the presence …

Passive systems, such as electronic intelligence and electronic support measures systems,
aim to extract necessary information from the received radar signals for situational …

In a complex electromagnetic environment, multiple radar signals of various modes are
densely interleaved. In this environment, radar parameters overlap seriously and change …

In this article, we present a new paradigm for the deinterleaving of radar signals in electronic
support systems. Traditional systems observe the electromagnetic spectrum for a longer …

Electronic Warfare (EW) receivers are passive systems that are designed to detect and
identify active radar emitters in the environment. The radar pulses emitted by multiple …

In a complex electromagnetic environment, radar signal deinterleaving (RSD) is a
challenging task. In this article, a deep contrastive clustering algorithm (DCCA) is advanced …

Detection and identification of emitters provide vital information for defensive strategies in
electronic intelligence. Based on a received signal containing pulses from an unknown …

In electronic warfare, radar signal deinterleaving is a critical task. While many researchers
have applied deep learning and utilised known radar classes to construct interleaved pulse …

Radar pulse deinterleaving is the core part of electronic reconnaissance system, which is
responsible for sorting out the pulses coming from different emitters. In the process of signal …

Traditional deinterleaving algorithms first cluster the pulses in frequency, pulse width, and
angle of arrival parameter space. Then, they utilize time of arrival analysis techniques. This …