Small target detection in the maritime environment remains a challenging problem. Maritime
radars traditionally use non-coherent processing methods due to the time-varying and range …

Weak signal detection and localization are basic and important problems in radar systems.
Radar performance can be improved by increasing the receiver output signal-to-noise ratio …

Due to the fact that the vibration and pure rotational Raman signals collected by the
temperature and humidity profile lidar were 3–4 orders of magnitude weaker than the Mie …

Estimating the time of arrival (TOA), pulse width (PW), and pulse repetition interval (PRI) is
critical for identifying the low probability of intercept (LPI) radar signals as it is common in …

Remote sensing technique of lidar belongs to the category of weak signal extraction under
strong background noise. For effectively reducing the noise of lidar return signal, a wavelet …

Purpose–The purpose of this paper is to detect the periodic signal under strong noise
background, and estimate its amplitude/phase. Design/methodology/approach–Melnikov …

雷达电子侦察环境下, 非合作目标发射的离散频率编码(DFC) 波形信号具有低截获,
抗干扰的特性, 在低信噪比(SNR) 条件下传统方法难以实现波形的稳健积累及准确的脉冲检测 …

Electronic warfare support (ES) plays an important role in gathering and analyzing signals
from enemy emitters to provide friendly electronic attack (EA) systems or electronic …

Estimating the parameters of the enemy's threat signal is an essential task in electronic
warfare support systems. Among the parameters, time of arrival (TOA) and pulse width (PW) …

Weak signal detection has garnered considerable attention in numerous research fields,
especially weak signal detection under strong noise, which is an urgent problem researches …