GALILEO Commercial Service - Revision history

Irene.Hidalgo: Redirected page to Galileo Commercial Service (CS)

2011-04-25T12:41:54Z

Redirected page to Galileo Commercial Service (CS)

← Older revision		Revision as of 12:41, 25 April 2011
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	~~{{Article Infobox2~~		#REDIRECT [[Galileo Commercial Service (CS)]]
	~~\|Category=GALILEO~~
	~~\|Title={{PAGENAME}}~~
	~~\|Authors=GMV~~
	~~\|Level=Basic~~
	~~\|YearOfPublication=2011~~
	~~\|Logo=GMV~~
	}}

	~~The~~ [[GALILEO General Introduction\|GALILEO]] System will be an independent, global, European-controlled, satellite-based navigation system and will provide a number of guaranteed services to users equipped with Galileo~~-compatible receivers.~~

	Encrypted and accurate to the nearest centimetre, the [[GALILEO Commercial Service]] allows for development of applications for professional or commercial use owing to improved performance and data with greater added value than that obtained through the open service.<ref name="Mid-term review">[http://ec.europa.eu/enterprise/newsroom/cf/_getdocument.cfm?doc_id=6321 Mid-term review of the European satellite radio navigation programmes]</ref>

	~~==Purpose==~~
	~~[[File:Galileo 02 wp02.jpg\|250px\|Galileo Civil Application\|right\|thumb]]~~

	~~The~~ Commercial Service (CS) is aimed at market applications requiring higher performance than offered by the Open Service. It provides added value services on payment of a fee. Galileo CS used combination of two encrypted signals for higher data throughput rate and higher accuracy authenticated data.

	The foreseen applications will be based on: <ref name="GALHLD"> [http://ec.europa.eu/dgs/energy_transport/galileo/doc/galileo_hld_v3_23_09_02.pdf Galileo Mission High Level Definition], v3, September 2002.</ref>

	* Dissemination of data with a rate of 500 bps, for added value services;
	* Broadcasting of two signals, separated in frequency from the Open Services signals in differential applications to facilitate advanced applications such as integration of Galileo positioning applications with wireless communications networks, high accuracy positioning and indoor navigation.

	~~These will be developed by service providers, which will buy the right to use the two commercial signals from the Galileo operator.~~

	Developing commercial applications either by using the commercial signals alone, or by combining them with other Galileo signals or external communications systems, opens a wide range of possibilities. The worldwide coverage brings a strong advantage for applications requiring global data broadcast. The Commercial Service does not offer integrity information.<ref name="ESA_GALILEO">[http://www.esa.int/esaNA/galileo.html ESA Galileo web page]</ref>

	~~==Performance and features==~~

	The Galileo Commercial Service is based on adding two signals to the Open access signals. This pair of signals is protected through commercial encryption, which is managed by the service providers and the future Galileo operator. Access is controlled at the receiver level, using access-protection keys.

	The Galileo Operating Company (GOC) will determine the level of performance it can offer for each commercial service together with ascertaining the demands of Industry and the needs of the consumer. It is intended to provide a guarantee for this service. The Commercial Service will be a controlled access service operated by Commercial Service Providers acting after a license agreement between them and the GOC. Commercial service providers will make decisions on the offered services: e.g. integrity data, differential corrections for local areas, etc… which will depend on the final characteristics of the other services offered by Galileo. <ref name="GALHLD"> [http://ec.europa.eu/dgs/energy_transport/galileo/doc/galileo_hld_v3_23_09_02.pdf Galileo Mission High Level Definition], v3, September 2002.</ref>

	~~To know more information about Performances of each Galileo Service see the article [[GALILEO Performances\|Galileo Performances]].~~

	~~==Implementation and Applications==~~
	~~[[File:Galileo Frequencies.gif‎\|180px\|Galileo Signal Frequencies\|left\|thumb]]~~

	The Galileo Commercial Service signals will be the Open Services Signals, plus two encrypted signals (ranging codes and data), on the “E6” band. The implementation of this Service is not planned for the Initial Operational Capability (IOC) phase.<ref name="Mid-term review"/>

	Typical value-added services include service guarantees, precise timing services, the provision of ionosphere delay models, local differential correction signals for extreme-precision position determination and other services based on the broadcast of system information data.

	~~==Notes==~~
	~~<references group="footnotes"/>~~
	~~==References==~~
	~~<references/>~~

	~~[[Category:GALILEO~~]]

Irene.Hidalgo at 09:03, 13 April 2011

2011-04-13T09:03:21Z

← Older revision		Revision as of 09:03, 13 April 2011
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	[[File:Galileo Frequencies.gif‎\|180px\|Galileo Signal Frequencies\|left\|thumb]]		[[File:Galileo Frequencies.gif‎\|180px\|Galileo Signal Frequencies\|left\|thumb]]

	The Galileo Commercial Service signals will be the Open Services Signals, plus two encrypted signals (ranging codes and data), on the “E6” band.		The Galileo Commercial Service signals will be the Open Services Signals, plus two encrypted signals (ranging codes and data), on the “E6” band. The implementation of this Service is not planned for the Initial Operational Capability (IOC) phase.<ref name="Mid-term review"/>

	The implementation of this Service is not planned for the Initial Operational Capability (IOC) phase.

	Typical value-added services include service guarantees, precise timing services, the provision of ionosphere delay models, local differential correction signals for extreme-precision position determination and other services based on the broadcast of system information data.		Typical value-added services include service guarantees, precise timing services, the provision of ionosphere delay models, local differential correction signals for extreme-precision position determination and other services based on the broadcast of system information data.

Irene.Hidalgo: /* Purpose */

2011-04-13T09:02:26Z

Purpose

← Older revision		Revision as of 09:02, 13 April 2011
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	==Purpose==		==Purpose==
	[[File:Galileo 02 wp02.jpg\|250px\|Galileo ~~Signal Frequencies~~\|right\|thumb]]		[[File:Galileo 02 wp02.jpg\|250px\|Galileo Civil Application\|right\|thumb]]

	The Commercial Service (CS) is aimed at market applications requiring higher performance than offered by the Open Service. It provides added value services on payment of a fee. Galileo CS used combination of two encrypted signals for higher data throughput rate and higher accuracy authenticated data.		The Commercial Service (CS) is aimed at market applications requiring higher performance than offered by the Open Service. It provides added value services on payment of a fee. Galileo CS used combination of two encrypted signals for higher data throughput rate and higher accuracy authenticated data.

Irene.Hidalgo at 09:01, 13 April 2011

2011-04-13T09:01:59Z

← Older revision		Revision as of 09:01, 13 April 2011
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	==Purpose==		==Purpose==
			[[File:Galileo 02 wp02.jpg\|250px\|Galileo Signal Frequencies\|right\|thumb]]

	The Commercial Service (CS) is aimed at market applications requiring higher performance than offered by the Open Service. It provides added value services on payment of a fee. Galileo CS used combination of two encrypted signals for higher data throughput rate and higher accuracy authenticated data.		The Commercial Service (CS) is aimed at market applications requiring higher performance than offered by the Open Service. It provides added value services on payment of a fee. Galileo CS used combination of two encrypted signals for higher data throughput rate and higher accuracy authenticated data.

Irene.Hidalgo: /* Performance and features */

2011-04-13T08:49:56Z

Performance and features

@@ Line 27: / Line 27: @@
 ==Performance and features==
-The Galileo Commercial Service is based on adding two signals to the open access signals. This pair of signals is protected through commercial encryption, which is managed by the service providers and the future Galileo operator. Access is controlled at the receiver level, using access-protection keys.
+The Galileo Commercial Service is based on adding two signals to the Open access signals. This pair of signals is protected through commercial encryption, which is managed by the service providers and the future Galileo operator. Access is controlled at the receiver level, using access-protection keys.
+The Galileo Operating Company (GOC) will determine the level of performance it can offer for each commercial service together with ascertaining the demands of Industry and the needs of the consumer. It is intended to provide a guarantee for this service. The Commercial Service will be a controlled access service operated by Commercial Service Providers acting after a license agreement between them and the GOC. Commercial service providers will make decisions on the offered services: e.g. integrity data, differential corrections for local areas, etc… which will depend on the final characteristics of the other services offered by Galileo. <ref name="GALHLD"> [http://ec.europa.eu/dgs/energy_transport/galileo/doc/galileo_hld_v3_23_09_02.pdf Galileo Mission High Level Definition], v3, September 2002.</ref>
 To know more information about Performances of each Galileo Service see the article [[GALILEO Performances|Galileo Performances]].

Irene.Hidalgo: /* Performance and features */

2011-04-13T08:46:58Z

Performance and features

← Older revision		Revision as of 08:46, 13 April 2011
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	==Performance and features==		==Performance and features==

			The Galileo Commercial Service is based on adding two signals to the open access signals. This pair of signals is protected through commercial encryption, which is managed by the service providers and the future Galileo operator. Access is controlled at the receiver level, using access-protection keys.
	CS is based on adding two signals to the open access signals. This pair of signals is protected through commercial encryption, which is managed by the service providers and the future Galileo operator. Access is controlled at the receiver level, using access-protection keys.

Irene.Hidalgo: /* Implementation and Applications */

2011-04-13T08:46:13Z

Implementation and Applications

← Older revision		Revision as of 08:46, 13 April 2011
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	==Implementation and Applications==		==Implementation and Applications==
	[[File:Galileo Frequencies.gif‎\|~~250px~~\|Galileo Signal Frequencies\|left\|thumb]]		[[File:Galileo Frequencies.gif‎\|180px\|Galileo Signal Frequencies\|left\|thumb]]

	The Galileo Commercial Service signals will be the Open Services Signals, plus two encrypted signals (ranging codes and data), on the “E6” band.		The Galileo Commercial Service signals will be the Open Services Signals, plus two encrypted signals (ranging codes and data), on the “E6” band.

Irene.Hidalgo at 08:45, 13 April 2011

2011-04-13T08:45:54Z

← Older revision		Revision as of 08:45, 13 April 2011
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	The [[GALILEO General Introduction\|GALILEO]] System will be an independent, global, European-controlled, satellite-based navigation system and will provide a number of guaranteed services to users equipped with Galileo-compatible receivers.		The [[GALILEO General Introduction\|GALILEO]] System will be an independent, global, European-controlled, satellite-based navigation system and will provide a number of guaranteed services to users equipped with Galileo-compatible receivers.

	Encrypted and accurate to the nearest centimetre, the [[GALILEO Commercial Service]] allows for development of applications for professional or commercial use owing to improved performance and data with greater added value than that obtained through the open service.		Encrypted and accurate to the nearest centimetre, the [[GALILEO Commercial Service]] allows for development of applications for professional or commercial use owing to improved performance and data with greater added value than that obtained through the open service.<ref name="Mid-term review">[http://ec.europa.eu/enterprise/newsroom/cf/_getdocument.cfm?doc_id=6321 Mid-term review of the European satellite radio navigation programmes]</ref>

	==Purpose==		==Purpose==

Irene.Hidalgo: /* Implementation and Applications */

2011-04-13T08:42:00Z

Implementation and Applications

← Older revision		Revision as of 08:42, 13 April 2011
Line 72:		Line 72:

	==Implementation and Applications==		==Implementation and Applications==
	[[File:Galileo Frequencies.gif‎\|~~200px~~\|Galileo Signal Frequencies\|left\|thumb]]		[[File:Galileo Frequencies.gif‎\|250px\|Galileo Signal Frequencies\|left\|thumb]]

	The Galileo Commercial Service signals will be the Open Services Signals, plus two encrypted signals (ranging codes and data), on the “E6” band.		The Galileo Commercial Service signals will be the Open Services Signals, plus two encrypted signals (ranging codes and data), on the “E6” band.

Irene.Hidalgo: /* Implementation and Applications */

2011-04-13T08:41:08Z

Implementation and Applications

← Older revision		Revision as of 08:41, 13 April 2011
Line 72:		Line 72:

	==Implementation and Applications==		==Implementation and Applications==
			[[File:Galileo Frequencies.gif‎\|200px\|Galileo Signal Frequencies\|left\|thumb]]

	The Galileo Commercial Service signals will be the Open Services Signals, plus two encrypted signals (ranging codes and data), on the “E6” band.		The Galileo Commercial Service signals will be the Open Services Signals, plus two encrypted signals (ranging codes and data), on the “E6” band.