Secure Communication for Integrated Satellite-Terrestrial Backhaul Networks: Focus on Up-Link Secrecy Capacity Based on Artificial Noise

This letter focuses on the secure communications in integrated satellite-terrestrial backhaul networks (ISTBNs), where the base stations are capable of processing legitimate signals and transmitting the jamming signal to interfere with eavesdroppers. To this end, we exploit artificial noise (AN) to...

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Published inIEEE wireless communications letters Vol. 12; no. 8; pp. 1369 - 1373
Main Authors Liu, Shanyun, Zhu, Xiangming, Chen, Hongyang, Han, Zhu
Format Journal Article
LanguageEnglish
Published Piscataway IEEE 01.08.2023
The Institute of Electrical and Electronics Engineers, Inc. (IEEE)
Subjects
artificial noise
Backhaul networks
Channel estimation
Eavesdropping
Estimation error
integrated satelliteterrestrial backhaul network
Interference
Jamming
Physical layer security
Radio equipment
Satellites
secrecy capacity
Transmitting antennas
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Abstract This letter focuses on the secure communications in integrated satellite-terrestrial backhaul networks (ISTBNs), where the base stations are capable of processing legitimate signals and transmitting the jamming signal to interfere with eavesdroppers. To this end, we exploit artificial noise (AN) to improve the up-link secrecy capacity subject to communication resource constraints. Also, the condition for the existence of secure communication is given in this letter. Under this condition, the optimal transmit power and the AN interference power are derived to maximize the up-link secrecy capacity. Numerical results demonstrate that the proposed AN-based transmission framework can guarantee the secure transmission performance in ISTBNs under the existence of malicious eavesdroppers.
AbstractList This letter focuses on the secure communications in integrated satellite-terrestrial backhaul networks (ISTBNs), where the base stations are capable of processing legitimate signals and transmitting the jamming signal to interfere with eavesdroppers. To this end, we exploit artificial noise (AN) to improve the up-link secrecy capacity subject to communication resource constraints. Also, the condition for the existence of secure communication is given in this letter. Under this condition, the optimal transmit power and the AN interference power are derived to maximize the up-link secrecy capacity. Numerical results demonstrate that the proposed AN-based transmission framework can guarantee the secure transmission performance in ISTBNs under the existence of malicious eavesdroppers.
Author Zhu, Xiangming
Chen, Hongyang
Han, Zhu
Liu, Shanyun
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SubjectTerms artificial noise
Backhaul networks
Channel estimation
Eavesdropping
Estimation error
integrated satelliteterrestrial backhaul network
Interference
Jamming
Physical layer security
Radio equipment
Satellites
secrecy capacity
Transmitting antennas
Title Secure Communication for Integrated Satellite-Terrestrial Backhaul Networks: Focus on Up-Link Secrecy Capacity Based on Artificial Noise
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Volume 12
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