TR 102 061 : 1.1.1

Intellectual Property Rights
Foreword
1 Scope
2 References
3 Definitions and abbreviations
  3.1 Definitions
  3.2 Abbreviations
4 Project descriptions
  4.1 ESA/ATB
  4.2 IST/SATIN studies/project description
  4.3 ESA-3GNetSim
  4.4 GAUSS project
5 Conclusion and recommendation of the projects
  5.1 ATB conclusions on unicast
  5.2 ATB conclusions on multicast/narrowcast
  5.3 SATIN project conclusions
  5.4 3GNetSim
  5.5 Conclusions from the GAUSS project
6 Conclusion and further work
Annex A: SW-CDMA packet access
      A.1 Forward link
      A.2 Reverse link
Annex B: Satellite diversity assessment in packet access simulations
      B.1 Simulation results
Annex C: Web traffic model in packet access simulations
Annex D: Channel model
      D.1 Channel characteristics
Annex E: Investigation into multicasting and narrowcasting for
         S-UMTS
      E.1 Assessment and optimization of S-UMTS for multicasting
          in SATB
      E.2 Narrowcast based on FEC and ARQ- a numerical study
Annex F: IST/SATIN Access scheme definition
      F.1 Layer 2 specifications and L2+ main features
      F.2 Layer 1 specifications
      F.3 Inter-layer procedures
Annex G: ESA/3GNetSim
      G.1 Introduction
      G.2 Uu aspects
      G.3 Iu aspects
      G.4 User/traffic/application aspects
Annex H: Packet data transmission in the GAUSS System
      H.1 The GAUSS system
      H.2 The GAUSS data packet
      H.3 GAUSS access and control subsystem
      H.4 Study on RLC configuration for GAUSS system
      H.5 GAUSS forward link physical layer
      H.6 GAUSS return link physical layer
History

Examines the possibility of using packet access mode for satellite. The objective of the present document is to design and demonstrate the realistic feasibility of the packet access mode transmission over satellite and its applications, which eventually will lead to the specifications for this type of access.