Deep Learning for Future: Advancements and Prospects in Signal Denoising for Cognitive Radio

Within communication systems, the challenge of noise and interference presents a formidable barrier to reliable data transmission. While classical denoising methods have provided valuable insights, their limitations impede their effectiveness. However, the emergence of deep learning offers a promising solution, especially within the domain of cognitive radio. Deep learning techniques exhibit remarkable efficacy in addressing noise and interference across various signal types. Recent research emphasizes the transformative potential of deep learning in advancing signal denoising methodologies, highlighting its pivotal role in bolstering the performance of cognitive radio systems.

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Publication Details

Published
2024-10-17
DOI
https://doi.org/10.1109/icoa62581.2024.10753767
Primary Topic
Blind Source Separation Techniques
Type
article
Field-Weighted Citation Impact
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article

Deep Learning for Future: Advancements and Prospects in Signal Denoising for Cognitive Radio

Younes Zouine, Zhour Madini, Noureddine El-Haryqy, Abdelmouttalib Bousrout
Blind Source Separation Techniques
article

Deep Learning for Future: Advancements and Prospects in Signal Denoising for Cognitive Radio

Younes Zouine, Zhour Madini, Noureddine El-Haryqy, Abdelmouttalib Bousrout
article en

Abstract

Within communication systems, the challenge of noise and interference presents a formidable barrier to reliable data transmission. While classical denoising methods have provided valuable insights, their limitations impede their effectiveness. However, the emergence of deep learning offers a promising solution, especially within the domain of cognitive radio. Deep learning techniques exhibit remarkable efficacy in addressing noise and interference across various signal types. Recent research emphasizes the transformative potential of deep learning in advancing signal denoising methodologies, highlighting its pivotal role in bolstering the performance of cognitive radio systems.

Openalex Percentile: Top 77%
Blind Source Separation Techniques
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