Impairment mitigation and performance restoration

M. Bousquet; L. Castanet; Misha Filip; P. Gallois; Boris Gremont; L. De Haro; J. Lemorton; A. Paraboni; M. Schnell

Impairment mitigation and performance restoration

M. Bousquet, L. Castanet, Misha Filip, P. Gallois, Boris Gremont, L. De Haro, J. Lemorton, A. Paraboni, M. Schnell

Research output: Chapter in Book/Report/Conference proceeding › Chapter (peer-reviewed) › peer-review

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Abstract

Satellite communications present some significant advantages over terrestrial networks, such as flexibility and reconfigurability of the network, the possibility to establish point-to-multipoint links (broadcasting, mobiles…). Therefore communication satellites need to be integrated with terrestrial networks, and should provide high data rates. To carry such high data rates, higher frequencies should be considered, such as Ka-band (20 GHz - 30 GHz), V-band (40 GHz - 50 GHz) or EHFband (20 GHz - 45 GHz). These offer large bandwidths that are not available at L to Ku band. For some years, innovative satellite systems have been proposed, either in Ka or V band for civil applications (Cyberstar, Euroskyway, Skybridge 2, Skystation, Teledesic, West…) or in EHF band for military applications (ST3SII, GFSatCom, Skynet, Milstar).

Original language	English
Title of host publication	Cost Action 255: radiowave propagation modelling for SatCom services at Ku-Band and above final report
Editors	R. Harris
Place of Publication	Noordwijk
Publisher	European Space Agency
Number of pages	692
ISBN (Print)	9290926082
Publication status	Published - 2002

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title = "Impairment mitigation and performance restoration",

abstract = "Satellite communications present some significant advantages over terrestrial networks, such as flexibility and reconfigurability of the network, the possibility to establish point-to-multipoint links (broadcasting, mobiles…). Therefore communication satellites need to be integrated with terrestrial networks, and should provide high data rates. To carry such high data rates, higher frequencies should be considered, such as Ka-band (20 GHz - 30 GHz), V-band (40 GHz - 50 GHz) or EHFband (20 GHz - 45 GHz). These offer large bandwidths that are not available at L to Ku band. For some years, innovative satellite systems have been proposed, either in Ka or V band for civil applications (Cyberstar, Euroskyway, Skybridge 2, Skystation, Teledesic, West…) or in EHF band for military applications (ST3SII, GFSatCom, Skynet, Milstar).",

author = "M. Bousquet and L. Castanet and Misha Filip and P. Gallois and Boris Gremont and {De Haro}, L. and J. Lemorton and A. Paraboni and M. Schnell",

year = "2002",

language = "English",

isbn = "9290926082",

editor = "R. Harris",

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TY - CHAP

T1 - Impairment mitigation and performance restoration

AU - Bousquet, M.

AU - Castanet, L.

AU - Filip, Misha

AU - Gallois, P.

AU - Gremont, Boris

AU - De Haro, L.

AU - Lemorton, J.

AU - Paraboni, A.

AU - Schnell, M.

PY - 2002

Y1 - 2002

N2 - Satellite communications present some significant advantages over terrestrial networks, such as flexibility and reconfigurability of the network, the possibility to establish point-to-multipoint links (broadcasting, mobiles…). Therefore communication satellites need to be integrated with terrestrial networks, and should provide high data rates. To carry such high data rates, higher frequencies should be considered, such as Ka-band (20 GHz - 30 GHz), V-band (40 GHz - 50 GHz) or EHFband (20 GHz - 45 GHz). These offer large bandwidths that are not available at L to Ku band. For some years, innovative satellite systems have been proposed, either in Ka or V band for civil applications (Cyberstar, Euroskyway, Skybridge 2, Skystation, Teledesic, West…) or in EHF band for military applications (ST3SII, GFSatCom, Skynet, Milstar).

AB - Satellite communications present some significant advantages over terrestrial networks, such as flexibility and reconfigurability of the network, the possibility to establish point-to-multipoint links (broadcasting, mobiles…). Therefore communication satellites need to be integrated with terrestrial networks, and should provide high data rates. To carry such high data rates, higher frequencies should be considered, such as Ka-band (20 GHz - 30 GHz), V-band (40 GHz - 50 GHz) or EHFband (20 GHz - 45 GHz). These offer large bandwidths that are not available at L to Ku band. For some years, innovative satellite systems have been proposed, either in Ka or V band for civil applications (Cyberstar, Euroskyway, Skybridge 2, Skystation, Teledesic, West…) or in EHF band for military applications (ST3SII, GFSatCom, Skynet, Milstar).

M3 - Chapter (peer-reviewed)

SN - 9290926082

BT - Cost Action 255: radiowave propagation modelling for SatCom services at Ku-Band and above final report

A2 - Harris, R.

PB - European Space Agency

CY - Noordwijk

ER -

Impairment mitigation and performance restoration

Abstract

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