[PDF][PDF] Robust Frequency Estimation Under Additive Symmetric α-Stable Gaussian Mixture Noise.

P Wang, Y Tian, B Men, H Song - Intelligent Automation & Soft …, 2023 - cdn.techscience.cn
Here the estimating problem of a single sinusoidal signal in the additive symmetric α-stable
Gaussian (ASαSG) noise is investigated. The ASαSG noise here is expressed as the …

[HTML][HTML] A variational image denoising model under mixed Cauchy and Gaussian noise

M Jung - AIMS Mathematics, 2022 - aimspress.com
In this article, we propose a novel variational model for restoring images in the presence of
the mixture of Cauchy and Gaussian noise. The model involves a novel data-fidelity term …

Statistical Research on Bistatic RCS of Floating Platforms Based on Full-Wave Simulation

H Lu - 2024 IEEE 2nd International Conference on Image …, 2024 - ieeexplore.ieee.org
This article conducts a simulation study on the bistatic and dual-polarized radar cross-
section (RCS) of an aerostat at 100MHz. It explores the average value and variation trend of …

Modified Cauchy distribution model of high-order passive intermodulation

L Tian, Y Wang, R Wang, X Bu - 2016 International Symposium …, 2016 - ieeexplore.ieee.org
In this paper, considering the statistical properties of PIM mainly, the probability density
function (PDF) model-modified Cauchy distribution model is proposed for the high-order …

Robust frequency estimation under additive mixture noise

Y Chen, D Zhang, L Huang - International Conference on Heterogeneous …, 2020 - Springer
In this paper, we address the frequency estimation problem of a single sinusoid embedded
in the heavy-tailed noise, where the additive Cauchy-Gaussian mixture (ACG) model is …

Robust Receivers for FH-SS Signals in Channel with Additive Cauchy-Gaussian Mixture Noise

N Apanasenko, E Bakin… - 2018 10th International …, 2018 - ieeexplore.ieee.org
This research is devoted to an analysis of a data transmission systems with Frequency
Hop**-Spread Spectrum working in a presence of a mixture Cauchy-Gaussian noise. We …