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23rd SpaceWire Working Group Meeting

21–23 Apr 2015
ESA/ESTEC
Europe/Amsterdam timezone

For information please contact: Ms. Bertilla Sinka

Proceedings

27 out of 27 displayed
  1. 24. Welcome
    Mr Martin Suess (ESA/ESTEC)
    21/04/2015, 14:00
  2. 4. SpaceWire-based Control System Architecture for the Lightweight Advanced Robotic Arm Demonstrator (LARAD)
    Dr Giuseppe Montano (Airbus Defence and Space Ltd)
    21/04/2015, 14:30
    The Lightweight Advanced Robotic Arm Demonstrator (LARAD) is a state-of-the-art, two-meter long robotic arm for planetary surface exploration currently being developed by a UK consortium led by Airbus Defence and Space Limited under contract to the UK Space Agency (CREST-2 programme). This presentation will highlight some preliminary results of the ongoing study about the feasibility of the...
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  3. 8. Status of the "SpaceWire FDIR (N-MaSS)" ESA/TRP activity
    Dr Giuseppe Montano (Airbus Defence and Space Ltd), Mr Paul Walker (4Links Limited)
    21/04/2015, 15:00
    The ESA study project ‘Network Management Service Suite’ (N-MaSS) for Fault Detection, Isolation and Recovery (FDIR) focuses on implementation and standardisation of FDIR functions within the SpaceWire network management layer. The N-MaSS project started in 2012 and is carried out by an industrial consortium composed of Airbus Defence and Space Limited (project prime), 4Links Limited,...
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  4. 18. Advances in SpaceWire projects at ITTI
    Dr Piotr Tyczka (ITTI Sp. z o.o.)
    21/04/2015, 15:30
  5. 14. SpaceFibre update
    Prof. Steve Parkes (University of Dundee)
    21/04/2015, 16:15
  6. 17. Verification environment for a SpaceFibre CODEC compliant with the standard draft F3
    Mr Daniele Davalle (University of Pisa)
    21/04/2015, 16:30
    The University of Pisa has been collaborating with ESA for an independent development of a SpaceFibre CODEC IP, in order to review and consolidate the standard draft F3. A complete SpaceFibre CODEC IP was implemented, verified and its interoperability has been tested with a hardware demonstrator. In this presentation, the current status of the SpaceFibre activity carried out by the...
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  7. 15. SpaceFibre for Streaming Data
    Prof. Yuriy SHEYNIN (St. Petersburg University of Airospace Instrumentation)
    21/04/2015, 16:50
  8. 16. SpaceFibre for Light Nodes
    Dr Elena Suvorova (SUAI)
    21/04/2015, 17:20
  9. 19. Staus of the GR718 development
    Mr Jan Andersson (Aeroflex Gaisler)
    22/04/2015, 09:00
  10. 9. Status of the "SpaceWire Node IP Core" ESA/TRP activity
    Dr Antonis Tavoularis (TELETEL S.A.)
    22/04/2015, 09:15
  11. 11. DSP Processor with SpaceFibre interfaces
    Prof. Steve Parkes (University of Dundee)
    22/04/2015, 09:45
  12. 23. 40nm Inovative semantic video processor with SpW links
    Dr Tatiana Solokhina (ELVEES RnD Center)
    22/04/2015, 10:05
  13. 5. Status of the SpaceWire standard revision
    Mr David Jameux (ESA/ESTEC), Prof. Steve Parkes (University of Dundee)
    22/04/2015, 10:35
  14. 21. The "SpW guide line" in Japan
    Prof. Masaharu Nomachi (Osaka University)
    22/04/2015, 10:55
  15. 6. A couple of common misunderstandings about SpaceWire
    Mr Paul Walker (4Links Limited)
    22/04/2015, 11:10
  16. 7. Eye diagram measurements
    Mr Giorgio Magistrati (ESA/Data Systems Division)
    22/04/2015, 11:50
    Eye diagrams have been discussed in previous SpaceWire WG meetings and in the frame of the revision process of the ECSS-E-ST-50-12C as possible requirements for the validation of SpW implementations. Examples of Eye diagram measurements performed on two different test set-ups (one using a GR712 development board from Cobham Gaisler AB and one based on Protocol Validation System of Teletel SA)...
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  17. 12. System Level Simulation for SpaceFibre and SpaceWire/GigaSpaceWire Developments
    Dr Elena Suvorova (SUAI)
    22/04/2015, 14:00
  18. 22. SpaceWire Time-code jitter measurements
    Mr Ciaran Toner (ESA)
    22/04/2015, 14:30
    "For synchronisation onboard spacecraft SpaceWire Time-Codes may be used. This presentation will define the accuracy of Time-Codes through a SpaceWire network comprising of a series of SpW 10x routers. The Time-Codes latency and jitter thorough the network will be characterised over a range of test situations. In addition to this the SpW 10x's latency and jitter performance will be directly...
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  19. 13. Status of the "SpW-D detailed specification and prototyping" ESA/TRP activity
    Prof. Steve Parkes (University of Dundee)
    22/04/2015, 14:50
  20. 25. SpaceWire conference in Japan in 2016
    Prof. Masaharu Nomachi (Osaka University)
    22/04/2015, 15:10
  21. 26. Meeting close-out
    Mr David Jameux (ESA/ESTEC)
    22/04/2015, 15:25
  22. 20. Eye Diagram Measurements
    Mr Giorgio Magistrati (ESA/Data Systems Division)
    SpW Evolutions including ECSS-ST-50-12C Rev.1, SpW Handbook, SpaceFibre and SpW 2
    Presentation
    Eye diagrams have been discussed in previous SpaceWire WG meetings and in the frame of the revision process of the ECSS-E-ST-50-12C as possible requirements for the validation of SpW implementations. Examples of Eye diagram measurements performed on two different test set-ups (one using a GR712 development board from Cobham Gaisler AB and one based on Protocol Validation System of...
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  23. 2. Fiber Optic Transceivers for Space Applications
    Mr Chuck Tabbert (Ultra Communications)
    SpW Components
    Presentation
    This presentation highlightes recent advances in Ultra Comm fiber optic transceivers presently designed into and in qualification for space applications in both the United States and Europe. The presentation will show recent radiation results, shock, vibration and thermal vacuum test results. Also the standardization efforts in conjunction with the VITA 79 committee will be discussed
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  24. 0. Network Management Service Suite (N-MaSS) for SpaceWire FDIR: Progress Update
    Dr Giuseppe Montano (Airbus Defence and Space Ltd), Dr Roger Peel (4Links Limited)
    SpW Network Management
    Presentation
    The ESA study project ‘Network Management Service Suite’ (N-MaSS) for Fault Detection, Isolation and Recovery (FDIR) focuses on implementation and standardisation of FDIR functions within the SpaceWire network management layer. The N-MaSS project started in 2012 and is carried out by an industrial consortium composed of Airbus Defence and Space Limited (project prime), 4Links Limited,...
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  25. 10. SpaceFibre optical interconnect
    Prof. Steve Parkes (University of Dundee)
  26. 1. SpaceWire-based Control System Architecture for the Lightweight Advanced Robotic Arm Demonstrator (LARAD)
    Dr Giuseppe Montano (Airbus Defence and Space Ltd)
    System and Mission Requirements
    Presentation
    The Lightweight Advanced Robotic Arm Demonstrator (LARAD) is a state-of-the-art, two-meter long robotic arm for planetary surface exploration currently being developed by a UK consortium led by Airbus Defence and Space Limited under contract to the UK Space Agency (CREST-2 programme). This presentation will highlight some preliminary results of the ongoing study about the feasibility of...
    Go to contribution page
  27. 3. Verification environment for a SpaceFibre CODEC compliant with the standard draft F3
    Mr Daniele Davalle (University of Pisa)
    SpW Evolutions including ECSS-ST-50-12C Rev.1, SpW Handbook, SpaceFibre and SpW 2
    Presentation
    The University of Pisa has been collaborating with ESA for an independent development of a SpaceFibre CODEC IP, in order to review and consolidate the standard draft F3. A complete SpaceFibre CODEC IP was implemented, verified and its interoperability has been tested with a hardware demonstrator. In this presentation, the current status of the SpaceFibre activity carried out by the...
    Go to contribution page