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IVOA Executive Committee Meeting (TM72)

TM72 - Tue, 26 Sep 2017 - 15:00 UTC

Contents

Logistics

Tuesday, Sep 26, 2017 @15:00 UTC

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Host key: 530846

Meeting password: IVOA2017

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Agenda TM72

  1. Roll Call and Agenda
  2. IVOA at ADASS18 (3 planning options for review/decision)
    • IVOA after ADASS (at higher nightly hotel rate ($50) that ADASS
    • IVOA before ADASS (at constant hotel rate with ADASS)
    • Decouple ADASS/IVOA with regard to hotel space
  3. Minutes of TM71
  4. Review of Exec Actions
  5. Project Reports [Significant Events Only]
  6. Overall TCG status
  7. Approval of new IVOA Recommendation(s) [Standing Item]
  8. Update on Northern Autumn 2017 - Santiago (Oct 27-29)
    • LOC update
    • TCG program update (include EPO media working session in parallel to working group sessions)
  9. Update on BOF planning - Education and Citizen Science
  10. Open Universe Meeting preparation
  11. Future Interops
    • Northern Spring 2017 - Victoria, Canada (May28-Jun01)
    • Northern Autumn 2018 - Washington DC (Nov 10-18 - tentative)
  12. AOB
  13. Date of Next Exec Meeting
  14. Review of Action Items

Argentina-NOVA


ArVO


AstroGrid


Australia-VO


BRAVO


China-VO


A new funding proposal was approved by NSF China to the China-VO, 2.4M CNY totally in the coming three years (2018-2020). With the emergence and development of time domain astronomy, many technical challenges arise meanwhile with the large number of discovery opportunities. One of the most challenging requirement is large scale real time data stream processing, including data processing, data fusion, data mining, classification, et al. Based on the scientific requirements of two Strategic Priority Research Programs of the Chinese Academy of Sciences (“Einstein Probe” and “Multi-waveband Gravitational Wave Universe”), key technical capability requirement on Virtual Observatory (VO) from time domain astronomy is extracted, i.e. “efficient fusion of multi-wavelength multi-messenger massive scientific data”. To meet the requirements of Einstein Probe (EP) and furthermore time domain astronomy research projects, China-VO plans to enhance the key capabilities of VO both in functions and in performances through deep research in the following fields: distributed data storage, high performance indexing methods, reliable cross-matching algorithms, visualization of data fusion results, and public Cloud platform solution. Research progresses and achievements of the project will be transformed into scientific service and technical supports for the EP and other time domain astronomy projects.

ChiVO


CVO


Euro_VO


ESAVO


France VO


GAVO


HVO


VObs.it


Japan-VO


RVO


SA^3


SVO


Ukraine_VO


USVOA

Report from the TCG

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Topic revision: r3 - 2017-09-21 - ChenzhouCui
 
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