Application of deep learning technology in performance optimization of communication system

This paper summarizes the key application and importance of DL (Deep Learning) technology in communication system performance optimization. First of all, it emphasizes the key role of communication system in modern society and economy, and the challenges brought by the increasing communication demand. In addition, the multiple applications of DL in communication systems are emphasized, including signal processing and beamforming, channel estimation and equalization, resource allocation and power control. DL model can also be used to detect network intrusion and malicious attacks. In this experiment, DL model is compared with traditional methods in network intrusion detection rate. At different time points, the detection rate of DL model fluctuated, but remained at a high level on the whole. At 12 hours, the detection rate is close to 0.9. Compared with DL model, the detection rate of traditional method fluctuates greatly, and it is obviously lower than DL model at some time points. At the time point of 12 hours, the detection rate of traditional methods is about 0.7. It can be seen that DL model can effectively detect network intrusion and malicious attacks at different time points and has better performance than traditional methods.

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Publication Details

Published
2024-12-11
DOI
https://doi.org/10.1117/12.3054423
Primary Topic
Telecommunications and Broadcasting Technologies
Type
article
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article

Application of deep learning technology in performance optimization of communication system

Jun Guo, Fang Guo
Telecommunications and Broadcasting Technologies
article

Application of deep learning technology in performance optimization of communication system

Jun Guo, Fang Guo
article en

Abstract

This paper summarizes the key application and importance of DL (Deep Learning) technology in communication system performance optimization. First of all, it emphasizes the key role of communication system in modern society and economy, and the challenges brought by the increasing communication demand. In addition, the multiple applications of DL in communication systems are emphasized, including signal processing and beamforming, channel estimation and equalization, resource allocation and power control. DL model can also be used to detect network intrusion and malicious attacks. In this experiment, DL model is compared with traditional methods in network intrusion detection rate. At different time points, the detection rate of DL model fluctuated, but remained at a high level on the whole. At 12 hours, the detection rate is close to 0.9. Compared with DL model, the detection rate of traditional method fluctuates greatly, and it is obviously lower than DL model at some time points. At the time point of 12 hours, the detection rate of traditional methods is about 0.7. It can be seen that DL model can effectively detect network intrusion and malicious attacks at different time points and has better performance than traditional methods.

Weifang University (CN)
Openalex Percentile: Top 66%
Telecommunications and Broadcasting Technologies
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