As the key infrastructure of space-ground integrated information networks, satellite communication networks provide high-speed and reliable information transmission. In order to meet the burgeoning service demands of the IoT and the Internet, the low-latency LEO satellite network has developed rapidly. However, LEO satellites face inherent problems such as small coverage, fast moving speed and short overhead time, which will be more severe when serving high-dynamic users, e.g. high-speed rails and airplanes. The heterogeneous network composed of GEO, MEO and LEO satellites can provide various services, whose network management and resource allocation are also more challenging.

Zhu, L., Luglio, M., Sun, Z., Zhang, G., Yang, M. (2024). Resilient satellite communication networks towards highly dynamic and highly reliable transmission. CHINA COMMUNICATIONS, 21(2), 3-5 [10.23919/jcc.2024.10466686].

Resilient satellite communication networks towards highly dynamic and highly reliable transmission

Luglio, Michele;
2024-02-01

Abstract

As the key infrastructure of space-ground integrated information networks, satellite communication networks provide high-speed and reliable information transmission. In order to meet the burgeoning service demands of the IoT and the Internet, the low-latency LEO satellite network has developed rapidly. However, LEO satellites face inherent problems such as small coverage, fast moving speed and short overhead time, which will be more severe when serving high-dynamic users, e.g. high-speed rails and airplanes. The heterogeneous network composed of GEO, MEO and LEO satellites can provide various services, whose network management and resource allocation are also more challenging.
feb-2024
Pubblicato
Rilevanza internazionale
Editoriale
Esperti anonimi
Settore ING-INF/03
Settore IINF-03/A - Telecomunicazioni
English
Con Impact Factor ISI
Special issues and sections; Air-to-ground communication; Satellite communication; Low earth orbit satellites; Resource management; Frequency estimation; Interference; Communication networks; Information processing; Low latency communication; High-speed networks
Zhu, L., Luglio, M., Sun, Z., Zhang, G., Yang, M. (2024). Resilient satellite communication networks towards highly dynamic and highly reliable transmission. CHINA COMMUNICATIONS, 21(2), 3-5 [10.23919/jcc.2024.10466686].
Zhu, L; Luglio, M; Sun, Z; Zhang, G; Yang, M
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/2108/398005
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