ITU R S 1709:2007
ITU R S 1709:2007 Technical Characteristics Of Air Interfaces For Global Broadband Satellite Systems
Table of Contents
Annex1-Genericnetworkarchitectureforglobalbroadbandsatellitesystems
1Introduction
2Globalnetworkarchitecture
2.1Services
2.2Broadbandapplications
2.3Topologies
2.4Servicesarchitecture
2.5Protocolarchitecture
2.6IPinterworking
Appendix1toAnnex1-Listofreferences
Annex2-AirInterfaceStandardTIA-1008(IPoS)
1Introduction
2Networkarchitecture
2.1Networksegments
2.2Networkinterfaces
2.3Remoteterminalcharacteristics
3IPoSsatelliteinterface
3.1IPoSprotocolreferencemodel
3.2Layer-wisefunctionalpartitioning
3.3PHYlayer
3.4Outroutesatellitetransmission
3.5Inroutesatellitetransmission
3.6Datalinklayer(DLL)
3.7Satellitelinkcontrol(SLC)sublayer
3.8Mediaaccesscontrol(MAC)sublayer
3.9Outroutemultiplexingsublayer
3.10Networkadaptationlayer
Annex3-AirInterfaceStandardETSIEN301790V1.3.1
1Introduction
2Referencemodelofthesatelliteinteractionnetwork
2.1Protocolstackmodel
2.2Systemmodel
2.3Referencemodelofthesatelliteinteractivenetwork
3Forwardlink
4Returnlinkbasebandphysicallayerspecificationand
multipleaccessdefinition
4.1RCSTsynchronization
4.2Burstformat
4.3Modulation
4.4MACmessages
5Protocolstack
6Capacityrequestcategories
6.1Continuous-rateassignment(CRA)
6.2Rate-baseddynamiccapacity(RBDC)
6.3Volume-baseddynamiccapacity(VBDC)
6.4Absolutevolume-baseddynamiccapacity(AVBDC)
6.5Free-capacityassignment(FCA)
7Multipleaccess
7.1MF-TDMA
8Security,identityandencryption
Annex4-Airinterfacespecificationsforglobalbroadband
communicationsbetweenearthstationsand
regenerativesatellitesbasedonETSIBSM/RSM-A
1Scope
2RSM-Aairinterfaceoverview
2.1RSM-Adescription
2.2RSM-Aprotocolarchitecture
3Physicallayer
3.1Uplink
3.2Downlink
3.3Otherphysicallayerfunctions
4Datalinklayer
4.1SLCsublayerfunctions
4.2SMACsublayer
4.3Modesofoperation
4.4Classofservice(CoS)andrelatedconcepts
4.5Bandwidthmanagement-resourceallocationandqueue
management
5SecurityaccessmoduleFunctionaldescription