Difference: IvoaRadio (1 vs. 26)

Revision 262024-07-02 - MarkKettenis

 
META TOPICPARENT name="WebPreferences"

Radio astronomy Interest Group

Charter:

The group shall define requirements for the representation of radio astronomy data in the VO through:

  • development of use cases for data discovery, access and visualization
  • identification of metadata concepts needed by radio astronomy data that are not currently supported by the VO
  • the group will provide a well identified point of contact for radio projects with IVOA, and actively encourage their use of VO standards and protocols
  • the group will organize sessions focused on radio astronomy data at IVOA meetings
Motivation:

Radio astronomy has several domain-specific requirements that need to be fulfilled if radio astronomy data is to be well-served by the VO. While there has been recent work on multi-dimensional data relevant for both radio and other wavebands, there remain areas in which new concepts/standards, or extensions of existing ones are needed for radio astronomy. This includes data products from the wide variety of radio astronomy observations from single dishes to correlated visibilities from interferometers and involving (time, frequency, beam properties, polarization, Faraday rotation measures etc.)

The formation of this group is particularly timely, given the ramp-up of radio astronomy projects that will generate large volumes of both raw data and processed images. The groups and projects that have expressed interest to be involved include:

  • ALMA
  • NRAO’s Science Ready Data Products Initiative (VLA data and user-defined ALMA data products)
  • ASKAP and MWA (CASDA, MWA ASVO, Australian SKA Regional Centre)
  • The Canadian Initiative for Radio Astronomy Data Analysis (CIRADA), which will produce high level data from the VLA Sky Survey, the CHIME telescope and surveys with ASKAP.
  • SKA - SKAO
  • ASTRON (LOFAR, APERTIF, WSRT, …)
  • The ESCAPE project, also supporting connection to VO for LOFAR, JIVE, and SKA (also brings results of ASTERICS and AENEAS projects)
  • MeerKAT, and the South African Inter-University Institute for Data Intensive Astronomy (IDIA)
  • INAF Division for Radioastronomy - Working Group for radio telescopes data archive
  • AMIGA group at the Instituto de Astronomía de Andalucía (IAA)
  • Nançay radio astronomy observatory and NenuFAR (SKA pathfinder)
These, and future projects, are planning their science platforms and ways users will find/access/use the data. By providing the necessary standards, the IVOA can help to ensure that VO protocols can be integrated into these efforts from an early stage, thus enabling interoperability and data discovery both within radio astronomy and between radio astronomy and other wavelengths

ObsCore Radio extension proposal on github

(replaces the legacy version: ObsCore Visibility extension proposal on GitHub )

Content also available on this wiki page.

Meetings

Changed:
<
<
>
>
Added:
>
>
 

Points of contact for active radio VO projects

ASKAP - James Dempsey, CSIRO

CDS - Francois Bonnarel

ALMA - Felix Stoehr, ESO

ASTRON - Yan Grange

JBO - Paul Harrison

JIVE - Mark Kettenis

INAF - Alessandra Zanichelli

MWA - Greg Sleap

Nançay/NenuFAR - Baptiste Cecconi

ContributionWP4inESCAPE

<!--
---+

* Set ALLOWTOPICRENAME = TWikiAdminGroup
-->

Deleted:
<
<

Revision 252024-04-09 - FrancoisBonnarel

 
META TOPICPARENT name="WebPreferences"

Radio astronomy Interest Group

Charter:

The group shall define requirements for the representation of radio astronomy data in the VO through:

  • development of use cases for data discovery, access and visualization
  • identification of metadata concepts needed by radio astronomy data that are not currently supported by the VO
  • the group will provide a well identified point of contact for radio projects with IVOA, and actively encourage their use of VO standards and protocols
  • the group will organize sessions focused on radio astronomy data at IVOA meetings
Motivation:

Radio astronomy has several domain-specific requirements that need to be fulfilled if radio astronomy data is to be well-served by the VO. While there has been recent work on multi-dimensional data relevant for both radio and other wavebands, there remain areas in which new concepts/standards, or extensions of existing ones are needed for radio astronomy. This includes data products from the wide variety of radio astronomy observations from single dishes to correlated visibilities from interferometers and involving (time, frequency, beam properties, polarization, Faraday rotation measures etc.)

The formation of this group is particularly timely, given the ramp-up of radio astronomy projects that will generate large volumes of both raw data and processed images. The groups and projects that have expressed interest to be involved include:

  • ALMA
  • NRAO’s Science Ready Data Products Initiative (VLA data and user-defined ALMA data products)
  • ASKAP and MWA (CASDA, MWA ASVO, Australian SKA Regional Centre)
  • The Canadian Initiative for Radio Astronomy Data Analysis (CIRADA), which will produce high level data from the VLA Sky Survey, the CHIME telescope and surveys with ASKAP.
  • SKA - SKAO
  • ASTRON (LOFAR, APERTIF, WSRT, …)
  • The ESCAPE project, also supporting connection to VO for LOFAR, JIVE, and SKA (also brings results of ASTERICS and AENEAS projects)
  • MeerKAT, and the South African Inter-University Institute for Data Intensive Astronomy (IDIA)
  • INAF Division for Radioastronomy - Working Group for radio telescopes data archive
  • AMIGA group at the Instituto de Astronomía de Andalucía (IAA)
  • Nançay radio astronomy observatory and NenuFAR (SKA pathfinder)
These, and future projects, are planning their science platforms and ways users will find/access/use the data. By providing the necessary standards, the IVOA can help to ensure that VO protocols can be integrated into these efforts from an early stage, thus enabling interoperability and data discovery both within radio astronomy and between radio astronomy and other wavelengths

ObsCore Radio extension proposal on github

(replaces the legacy version: ObsCore Visibility extension proposal on GitHub )

Content also available on this wiki page.

Meetings

Added:
>
>
 

Points of contact for active radio VO projects

ASKAP - James Dempsey, CSIRO

CDS - Francois Bonnarel

ALMA - Felix Stoehr, ESO

ASTRON - Yan Grange

JBO - Paul Harrison

JIVE - Mark Kettenis

INAF - Alessandra Zanichelli

MWA - Greg Sleap

Nançay/NenuFAR - Baptiste Cecconi

ContributionWP4inESCAPE

<!--
---+

* Set ALLOWTOPICRENAME = TWikiAdminGroup
-->

Added:
>
>

Revision 242023-11-12 - GregSleap

 
META TOPICPARENT name="WebPreferences"

Radio astronomy Interest Group

Charter:

The group shall define requirements for the representation of radio astronomy data in the VO through:

  • development of use cases for data discovery, access and visualization
  • identification of metadata concepts needed by radio astronomy data that are not currently supported by the VO
  • the group will provide a well identified point of contact for radio projects with IVOA, and actively encourage their use of VO standards and protocols
  • the group will organize sessions focused on radio astronomy data at IVOA meetings
Motivation:

Radio astronomy has several domain-specific requirements that need to be fulfilled if radio astronomy data is to be well-served by the VO. While there has been recent work on multi-dimensional data relevant for both radio and other wavebands, there remain areas in which new concepts/standards, or extensions of existing ones are needed for radio astronomy. This includes data products from the wide variety of radio astronomy observations from single dishes to correlated visibilities from interferometers and involving (time, frequency, beam properties, polarization, Faraday rotation measures etc.)

The formation of this group is particularly timely, given the ramp-up of radio astronomy projects that will generate large volumes of both raw data and processed images. The groups and projects that have expressed interest to be involved include:

  • ALMA
  • NRAO’s Science Ready Data Products Initiative (VLA data and user-defined ALMA data products)
  • ASKAP and MWA (CASDA, MWA ASVO, Australian SKA Regional Centre)
  • The Canadian Initiative for Radio Astronomy Data Analysis (CIRADA), which will produce high level data from the VLA Sky Survey, the CHIME telescope and surveys with ASKAP.
  • SKA - SKAO
  • ASTRON (LOFAR, APERTIF, WSRT, …)
  • The ESCAPE project, also supporting connection to VO for LOFAR, JIVE, and SKA (also brings results of ASTERICS and AENEAS projects)
  • MeerKAT, and the South African Inter-University Institute for Data Intensive Astronomy (IDIA)
  • INAF Division for Radioastronomy - Working Group for radio telescopes data archive
  • AMIGA group at the Instituto de Astronomía de Andalucía (IAA)
  • Nançay radio astronomy observatory and NenuFAR (SKA pathfinder)
These, and future projects, are planning their science platforms and ways users will find/access/use the data. By providing the necessary standards, the IVOA can help to ensure that VO protocols can be integrated into these efforts from an early stage, thus enabling interoperability and data discovery both within radio astronomy and between radio astronomy and other wavelengths

ObsCore Radio extension proposal on github

(replaces the legacy version: ObsCore Visibility extension proposal on GitHub )

Changed:
<
<		Content also available on this wiki page.
>
>		Content also available on this wiki page.
 

Meetings

Points of contact for active radio VO projects

ASKAP - James Dempsey, CSIRO

CDS - Francois Bonnarel

ALMA - Felix Stoehr, ESO

ASTRON - Yan Grange

JBO - Paul Harrison

JIVE - Mark Kettenis

INAF - Alessandra Zanichelli

Added:
>
>		MWA - Greg Sleap
 Nançay/NenuFAR - Baptiste Cecconi

ContributionWP4inESCAPE

<!--
---+

* Set ALLOWTOPICRENAME = TWikiAdminGroup
-->

Deleted:
<
<

Revision 232023-08-29 - FrancoisBonnarel

 
META TOPICPARENT name="WebPreferences"

Radio astronomy Interest Group

Charter:

The group shall define requirements for the representation of radio astronomy data in the VO through:

  • development of use cases for data discovery, access and visualization
  • identification of metadata concepts needed by radio astronomy data that are not currently supported by the VO
  • the group will provide a well identified point of contact for radio projects with IVOA, and actively encourage their use of VO standards and protocols
  • the group will organize sessions focused on radio astronomy data at IVOA meetings
Motivation:

Radio astronomy has several domain-specific requirements that need to be fulfilled if radio astronomy data is to be well-served by the VO. While there has been recent work on multi-dimensional data relevant for both radio and other wavebands, there remain areas in which new concepts/standards, or extensions of existing ones are needed for radio astronomy. This includes data products from the wide variety of radio astronomy observations from single dishes to correlated visibilities from interferometers and involving (time, frequency, beam properties, polarization, Faraday rotation measures etc.)

The formation of this group is particularly timely, given the ramp-up of radio astronomy projects that will generate large volumes of both raw data and processed images. The groups and projects that have expressed interest to be involved include:

  • ALMA
  • NRAO’s Science Ready Data Products Initiative (VLA data and user-defined ALMA data products)
  • ASKAP and MWA (CASDA, MWA ASVO, Australian SKA Regional Centre)
  • The Canadian Initiative for Radio Astronomy Data Analysis (CIRADA), which will produce high level data from the VLA Sky Survey, the CHIME telescope and surveys with ASKAP.
  • SKA - SKAO
  • ASTRON (LOFAR, APERTIF, WSRT, …)
  • The ESCAPE project, also supporting connection to VO for LOFAR, JIVE, and SKA (also brings results of ASTERICS and AENEAS projects)
  • MeerKAT, and the South African Inter-University Institute for Data Intensive Astronomy (IDIA)
  • INAF Division for Radioastronomy - Working Group for radio telescopes data archive
  • AMIGA group at the Instituto de Astronomía de Andalucía (IAA)
  • Nançay radio astronomy observatory and NenuFAR (SKA pathfinder)
These, and future projects, are planning their science platforms and ways users will find/access/use the data. By providing the necessary standards, the IVOA can help to ensure that VO protocols can be integrated into these efforts from an early stage, thus enabling interoperability and data discovery both within radio astronomy and between radio astronomy and other wavelengths

ObsCore Radio extension proposal on github

(replaces the legacy version: ObsCore Visibility extension proposal on GitHub )

Content also available on this wiki page.

Meetings

Added:
>
>
 

Points of contact for active radio VO projects

ASKAP - James Dempsey, CSIRO

CDS - Francois Bonnarel

ALMA - Felix Stoehr, ESO

ASTRON - Yan Grange

JBO - Paul Harrison

JIVE - Mark Kettenis

INAF - Alessandra Zanichelli

Nançay/NenuFAR - Baptiste Cecconi

ContributionWP4inESCAPE

<!--
---+

* Set ALLOWTOPICRENAME = TWikiAdminGroup
-->

Revision 222023-05-10 - FrancoisBonnarel

 
META TOPICPARENT name="WebPreferences"

Radio astronomy Interest Group

Charter:

The group shall define requirements for the representation of radio astronomy data in the VO through:

  • development of use cases for data discovery, access and visualization
  • identification of metadata concepts needed by radio astronomy data that are not currently supported by the VO
  • the group will provide a well identified point of contact for radio projects with IVOA, and actively encourage their use of VO standards and protocols
  • the group will organize sessions focused on radio astronomy data at IVOA meetings
Motivation:

Radio astronomy has several domain-specific requirements that need to be fulfilled if radio astronomy data is to be well-served by the VO. While there has been recent work on multi-dimensional data relevant for both radio and other wavebands, there remain areas in which new concepts/standards, or extensions of existing ones are needed for radio astronomy. This includes data products from the wide variety of radio astronomy observations from single dishes to correlated visibilities from interferometers and involving (time, frequency, beam properties, polarization, Faraday rotation measures etc.)

The formation of this group is particularly timely, given the ramp-up of radio astronomy projects that will generate large volumes of both raw data and processed images. The groups and projects that have expressed interest to be involved include:

  • ALMA
  • NRAO’s Science Ready Data Products Initiative (VLA data and user-defined ALMA data products)
  • ASKAP and MWA (CASDA, MWA ASVO, Australian SKA Regional Centre)
  • The Canadian Initiative for Radio Astronomy Data Analysis (CIRADA), which will produce high level data from the VLA Sky Survey, the CHIME telescope and surveys with ASKAP.
  • SKA - SKAO
  • ASTRON (LOFAR, APERTIF, WSRT, …)
  • The ESCAPE project, also supporting connection to VO for LOFAR, JIVE, and SKA (also brings results of ASTERICS and AENEAS projects)
  • MeerKAT, and the South African Inter-University Institute for Data Intensive Astronomy (IDIA)
  • INAF Division for Radioastronomy - Working Group for radio telescopes data archive
  • AMIGA group at the Instituto de Astronomía de Andalucía (IAA)
  • Nançay radio astronomy observatory and NenuFAR (SKA pathfinder)
These, and future projects, are planning their science platforms and ways users will find/access/use the data. By providing the necessary standards, the IVOA can help to ensure that VO protocols can be integrated into these efforts from an early stage, thus enabling interoperability and data discovery both within radio astronomy and between radio astronomy and other wavelengths

ObsCore Radio extension proposal on github

Changed:
<
<		(replaces the legacy versionL ObsCore Visibility extension proposal on GitHub
>
>		(replaces the legacy version: ObsCore Visibility extension proposal on GitHub )
Added:
>
>		 Content also available on this wiki page.
 

Meetings

Added:
>
>
 

Points of contact for active radio VO projects

ASKAP - James Dempsey, CSIRO

CDS - Francois Bonnarel

ALMA - Felix Stoehr, ESO

ASTRON - Yan Grange

JBO - Paul Harrison

JIVE - Mark Kettenis

INAF - Alessandra Zanichelli

Nançay/NenuFAR - Baptiste Cecconi

ContributionWP4inESCAPE

<!--
---+

* Set ALLOWTOPICRENAME = TWikiAdminGroup
-->

Revision 212023-05-05 - MarkLacy

 
META TOPICPARENT name="WebPreferences"

Radio astronomy Interest Group

Charter:

The group shall define requirements for the representation of radio astronomy data in the VO through:

Changed:
<
<
  • development of use cases for data discovery, access and visualization
  • identification of metadata concepts needed by radio astronomy data that are not currently supported by the VO
  • the group will provide a well identified point of contact for radio projects with IVOA, and actively encourage their use of VO standards and protocols
  • the group will organize sessions focused on radio astronomy data at IVOA meetings
>
>
  • development of use cases for data discovery, access and visualization
  • identification of metadata concepts needed by radio astronomy data that are not currently supported by the VO
  • the group will provide a well identified point of contact for radio projects with IVOA, and actively encourage their use of VO standards and protocols
  • the group will organize sessions focused on radio astronomy data at IVOA meetings
 Motivation:
Changed:
<
<		Radio astronomy has several domain-specific requirements that need to be fulfilled if radio astronomy data is to be well-served by the VO. While there has been recent work on multi-dimensional data relevant for both radio and other wavebands, there remain areas in which new concepts/standards, or extensions of existing ones are needed for radio astronomy. This includes data products from the wide variety of radio astronomy observations from single dishes to correlated visibilities from interferometers and involving (time, frequency, beam properties, polarization, Faraday rotation measures etc.)
>
>		Radio astronomy has several domain-specific requirements that need to be fulfilled if radio astronomy data is to be well-served by the VO. While there has been recent work on multi-dimensional data relevant for both radio and other wavebands, there remain areas in which new concepts/standards, or extensions of existing ones are needed for radio astronomy. This includes data products from the wide variety of radio astronomy observations from single dishes to correlated visibilities from interferometers and involving (time, frequency, beam properties, polarization, Faraday rotation measures etc.)
  The formation of this group is particularly timely, given the ramp-up of radio astronomy projects that will generate large volumes of both raw data and processed images. The groups and projects that have expressed interest to be involved include:
  • ALMA
Changed:
<
<
  • NRAO’s Science Ready Data Products Initiative (VLA data and user-defined ALMA data products)
>
>
  • NRAO’s Science Ready Data Products Initiative (VLA data and user-defined ALMA data products)
 
  • ASKAP and MWA (CASDA, MWA ASVO, Australian SKA Regional Centre)
  • The Canadian Initiative for Radio Astronomy Data Analysis (CIRADA), which will produce high level data from the VLA Sky Survey, the CHIME telescope and surveys with ASKAP.
  • SKA - SKAO
Changed:
<
<
  • ASTRON (LOFAR, APERTIF, WSRT, …)
>
>
  • ASTRON (LOFAR, APERTIF, WSRT, …)
 
  • The ESCAPE project, also supporting connection to VO for LOFAR, JIVE, and SKA (also brings results of ASTERICS and AENEAS projects)
  • MeerKAT, and the South African Inter-University Institute for Data Intensive Astronomy (IDIA)
  • INAF Division for Radioastronomy - Working Group for radio telescopes data archive
  • AMIGA group at the Instituto de Astronomía de Andalucía (IAA)
  • Nançay radio astronomy observatory and NenuFAR (SKA pathfinder)
These, and future projects, are planning their science platforms and ways users will find/access/use the data. By providing the necessary standards, the IVOA can help to ensure that VO protocols can be integrated into these efforts from an early stage, thus enabling interoperability and data discovery both within radio astronomy and between radio astronomy and other wavelengths
Changed:
<
<

ObsCore Visibility extension proposal on GitHub

This is a legacy repository and is now replaced by :
>
>

ObsCore Radio extension proposal on github

 
Changed:
<
<

ObsCore Radio extension proposal

>
>		(replaces the legacy versionL ObsCore Visibility extension proposal on GitHub
Deleted:
<
<
 

Meetings

Changed:
<
<
>
>
 

Points of contact for active radio VO projects

ASKAP - James Dempsey, CSIRO

CDS - Francois Bonnarel

ALMA - Felix Stoehr, ESO

ASTRON - Yan Grange

JBO - Paul Harrison

JIVE - Mark Kettenis

INAF - Alessandra Zanichelli

Nançay/NenuFAR - Baptiste Cecconi

ContributionWP4inESCAPE

Changed:
<
<

Revision 202023-04-04 - FrancoisBonnarel

 
META TOPICPARENT name="WebPreferences"

Radio astronomy Interest Group

Charter:

The group shall define requirements for the representation of radio astronomy data in the VO through:

  • development of use cases for data discovery, access and visualization
  • identification of metadata concepts needed by radio astronomy data that are not currently supported by the VO
  • the group will provide a well identified point of contact for radio projects with IVOA, and actively encourage their use of VO standards and protocols
  • the group will organize sessions focused on radio astronomy data at IVOA meetings
Motivation:

Radio astronomy has several domain-specific requirements that need to be fulfilled if radio astronomy data is to be well-served by the VO. While there has been recent work on multi-dimensional data relevant for both radio and other wavebands, there remain areas in which new concepts/standards, or extensions of existing ones are needed for radio astronomy. This includes data products from the wide variety of radio astronomy observations from single dishes to correlated visibilities from interferometers and involving (time, frequency, beam properties, polarization, Faraday rotation measures etc.)

The formation of this group is particularly timely, given the ramp-up of radio astronomy projects that will generate large volumes of both raw data and processed images. The groups and projects that have expressed interest to be involved include:

  • ALMA
  • NRAO’s Science Ready Data Products Initiative (VLA data and user-defined ALMA data products)
  • ASKAP and MWA (CASDA, MWA ASVO, Australian SKA Regional Centre)
  • The Canadian Initiative for Radio Astronomy Data Analysis (CIRADA), which will produce high level data from the VLA Sky Survey, the CHIME telescope and surveys with ASKAP.
  • SKA - SKAO
  • ASTRON (LOFAR, APERTIF, WSRT, …)
  • The ESCAPE project, also supporting connection to VO for LOFAR, JIVE, and SKA (also brings results of ASTERICS and AENEAS projects)
  • MeerKAT, and the South African Inter-University Institute for Data Intensive Astronomy (IDIA)
  • INAF Division for Radioastronomy - Working Group for radio telescopes data archive
  • AMIGA group at the Instituto de Astronomía de Andalucía (IAA)
  • Nançay radio astronomy observatory and NenuFAR (SKA pathfinder)
These, and future projects, are planning their science platforms and ways users will find/access/use the data. By providing the necessary standards, the IVOA can help to ensure that VO protocols can be integrated into these efforts from an early stage, thus enabling interoperability and data discovery both within radio astronomy and between radio astronomy and other wavelengths

ObsCore Visibility extension proposal on GitHub

This is a legacy repository and is now replaced by :

ObsCore Radio extension proposal

Meetings

Changed:
<
<
>
>
Added:
>
>
 

Points of contact for active radio VO projects

ASKAP - James Dempsey, CSIRO

CDS - Francois Bonnarel

ALMA - Felix Stoehr, ESO

ASTRON - Yan Grange

JBO - Paul Harrison

JIVE - Mark Kettenis

INAF - Alessandra Zanichelli

Nançay/NenuFAR - Baptiste Cecconi

ContributionWP4inESCAPE 

<--

-->

Revision 192023-02-08 - FrancoisBonnarel

 
META TOPICPARENT name="WebPreferences"

Radio astronomy Interest Group

Charter:

The group shall define requirements for the representation of radio astronomy data in the VO through:

  • development of use cases for data discovery, access and visualization
  • identification of metadata concepts needed by radio astronomy data that are not currently supported by the VO
  • the group will provide a well identified point of contact for radio projects with IVOA, and actively encourage their use of VO standards and protocols
  • the group will organize sessions focused on radio astronomy data at IVOA meetings
Motivation:

Radio astronomy has several domain-specific requirements that need to be fulfilled if radio astronomy data is to be well-served by the VO. While there has been recent work on multi-dimensional data relevant for both radio and other wavebands, there remain areas in which new concepts/standards, or extensions of existing ones are needed for radio astronomy. This includes data products from the wide variety of radio astronomy observations from single dishes to correlated visibilities from interferometers and involving (time, frequency, beam properties, polarization, Faraday rotation measures etc.)

The formation of this group is particularly timely, given the ramp-up of radio astronomy projects that will generate large volumes of both raw data and processed images. The groups and projects that have expressed interest to be involved include:

  • ALMA
  • NRAO’s Science Ready Data Products Initiative (VLA data and user-defined ALMA data products)
  • ASKAP and MWA (CASDA, MWA ASVO, Australian SKA Regional Centre)
  • The Canadian Initiative for Radio Astronomy Data Analysis (CIRADA), which will produce high level data from the VLA Sky Survey, the CHIME telescope and surveys with ASKAP.
  • SKA - SKAO
  • ASTRON (LOFAR, APERTIF, WSRT, …)
  • The ESCAPE project, also supporting connection to VO for LOFAR, JIVE, and SKA (also brings results of ASTERICS and AENEAS projects)
  • MeerKAT, and the South African Inter-University Institute for Data Intensive Astronomy (IDIA)
  • INAF Division for Radioastronomy - Working Group for radio telescopes data archive
  • AMIGA group at the Instituto de Astronomía de Andalucía (IAA)
  • Nançay radio astronomy observatory and NenuFAR (SKA pathfinder)
These, and future projects, are planning their science platforms and ways users will find/access/use the data. By providing the necessary standards, the IVOA can help to ensure that VO protocols can be integrated into these efforts from an early stage, thus enabling interoperability and data discovery both within radio astronomy and between radio astronomy and other wavelengths
Changed:
<
<

ObsCore extension proposal on GitHub

>
>

ObsCore Visibility extension proposal on GitHub

Added:
>
>		This is a legacy repository and is now replaced by :

ObsCore Radio extension proposal

 

Meetings

Points of contact for active radio VO projects

ASKAP - James Dempsey, CSIRO

CDS - Francois Bonnarel

ALMA - Felix Stoehr, ESO

ASTRON - Yan Grange

JBO - Paul Harrison

JIVE - Mark Kettenis

INAF - Alessandra Zanichelli

Nançay/NenuFAR - Baptiste Cecconi

ContributionWP4inESCAPE 

<--

-->

Revision 182022-09-13 - FrancoisBonnarel

 
META TOPICPARENT name="WebPreferences"

Radio astronomy Interest Group

Charter:

The group shall define requirements for the representation of radio astronomy data in the VO through:

  • development of use cases for data discovery, access and visualization
  • identification of metadata concepts needed by radio astronomy data that are not currently supported by the VO
  • the group will provide a well identified point of contact for radio projects with IVOA, and actively encourage their use of VO standards and protocols
  • the group will organize sessions focused on radio astronomy data at IVOA meetings
Motivation:

Radio astronomy has several domain-specific requirements that need to be fulfilled if radio astronomy data is to be well-served by the VO. While there has been recent work on multi-dimensional data relevant for both radio and other wavebands, there remain areas in which new concepts/standards, or extensions of existing ones are needed for radio astronomy. This includes data products from the wide variety of radio astronomy observations from single dishes to correlated visibilities from interferometers and involving (time, frequency, beam properties, polarization, Faraday rotation measures etc.)

The formation of this group is particularly timely, given the ramp-up of radio astronomy projects that will generate large volumes of both raw data and processed images. The groups and projects that have expressed interest to be involved include:

  • ALMA
  • NRAO’s Science Ready Data Products Initiative (VLA data and user-defined ALMA data products)
  • ASKAP and MWA (CASDA, MWA ASVO, Australian SKA Regional Centre)
  • The Canadian Initiative for Radio Astronomy Data Analysis (CIRADA), which will produce high level data from the VLA Sky Survey, the CHIME telescope and surveys with ASKAP.
  • SKA - SKAO
  • ASTRON (LOFAR, APERTIF, WSRT, …)
  • The ESCAPE project, also supporting connection to VO for LOFAR, JIVE, and SKA (also brings results of ASTERICS and AENEAS projects)
  • MeerKAT, and the South African Inter-University Institute for Data Intensive Astronomy (IDIA)
  • INAF Division for Radioastronomy - Working Group for radio telescopes data archive
  • AMIGA group at the Instituto de Astronomía de Andalucía (IAA)
  • Nançay radio astronomy observatory and NenuFAR (SKA pathfinder)
These, and future projects, are planning their science platforms and ways users will find/access/use the data. By providing the necessary standards, the IVOA can help to ensure that VO protocols can be integrated into these efforts from an early stage, thus enabling interoperability and data discovery both within radio astronomy and between radio astronomy and other wavelengths

ObsCore extension proposal on GitHub

Meetings

Changed:
<
<
>
>
 

Points of contact for active radio VO projects

ASKAP - James Dempsey, CSIRO

CDS - Francois Bonnarel

ALMA - Felix Stoehr, ESO

ASTRON - Yan Grange

JBO - Paul Harrison

JIVE - Mark Kettenis

INAF - Alessandra Zanichelli

Nançay/NenuFAR - Baptiste Cecconi

ContributionWP4inESCAPE 

<--

-->

Revision 172022-09-09 - FrancoisBonnarel

 
META TOPICPARENT name="WebPreferences"

Radio astronomy Interest Group

Charter:

The group shall define requirements for the representation of radio astronomy data in the VO through:

  • development of use cases for data discovery, access and visualization
  • identification of metadata concepts needed by radio astronomy data that are not currently supported by the VO
  • the group will provide a well identified point of contact for radio projects with IVOA, and actively encourage their use of VO standards and protocols
  • the group will organize sessions focused on radio astronomy data at IVOA meetings
Motivation:

Radio astronomy has several domain-specific requirements that need to be fulfilled if radio astronomy data is to be well-served by the VO. While there has been recent work on multi-dimensional data relevant for both radio and other wavebands, there remain areas in which new concepts/standards, or extensions of existing ones are needed for radio astronomy. This includes data products from the wide variety of radio astronomy observations from single dishes to correlated visibilities from interferometers and involving (time, frequency, beam properties, polarization, Faraday rotation measures etc.)

The formation of this group is particularly timely, given the ramp-up of radio astronomy projects that will generate large volumes of both raw data and processed images. The groups and projects that have expressed interest to be involved include:

  • ALMA
  • NRAO’s Science Ready Data Products Initiative (VLA data and user-defined ALMA data products)
  • ASKAP and MWA (CASDA, MWA ASVO, Australian SKA Regional Centre)
  • The Canadian Initiative for Radio Astronomy Data Analysis (CIRADA), which will produce high level data from the VLA Sky Survey, the CHIME telescope and surveys with ASKAP.
  • SKA - SKAO
  • ASTRON (LOFAR, APERTIF, WSRT, …)
  • The ESCAPE project, also supporting connection to VO for LOFAR, JIVE, and SKA (also brings results of ASTERICS and AENEAS projects)
  • MeerKAT, and the South African Inter-University Institute for Data Intensive Astronomy (IDIA)
  • INAF Division for Radioastronomy - Working Group for radio telescopes data archive
  • AMIGA group at the Instituto de Astronomía de Andalucía (IAA)
  • Nançay radio astronomy observatory and NenuFAR (SKA pathfinder)
These, and future projects, are planning their science platforms and ways users will find/access/use the data. By providing the necessary standards, the IVOA can help to ensure that VO protocols can be integrated into these efforts from an early stage, thus enabling interoperability and data discovery both within radio astronomy and between radio astronomy and other wavelengths

ObsCore extension proposal on GitHub

Meetings

Added:
>
>
 

Points of contact for active radio VO projects

ASKAP - James Dempsey, CSIRO

CDS - Francois Bonnarel

ALMA - Felix Stoehr, ESO

ASTRON - Yan Grange

JBO - Paul Harrison

JIVE - Mark Kettenis

INAF - Alessandra Zanichelli

Nançay/NenuFAR - Baptiste Cecconi

ContributionWP4inESCAPE 

<--

-->

Revision 162022-04-25 - MarkLacy

 
META TOPICPARENT name="WebPreferences"

Radio astronomy Interest Group

Charter:

The group shall define requirements for the representation of radio astronomy data in the VO through:

  • development of use cases for data discovery, access and visualization
  • identification of metadata concepts needed by radio astronomy data that are not currently supported by the VO
  • the group will provide a well identified point of contact for radio projects with IVOA, and actively encourage their use of VO standards and protocols
  • the group will organize sessions focused on radio astronomy data at IVOA meetings
Motivation:

Radio astronomy has several domain-specific requirements that need to be fulfilled if radio astronomy data is to be well-served by the VO. While there has been recent work on multi-dimensional data relevant for both radio and other wavebands, there remain areas in which new concepts/standards, or extensions of existing ones are needed for radio astronomy. This includes data products from the wide variety of radio astronomy observations from single dishes to correlated visibilities from interferometers and involving (time, frequency, beam properties, polarization, Faraday rotation measures etc.)

The formation of this group is particularly timely, given the ramp-up of radio astronomy projects that will generate large volumes of both raw data and processed images. The groups and projects that have expressed interest to be involved include:

  • ALMA
  • NRAO’s Science Ready Data Products Initiative (VLA data and user-defined ALMA data products)
  • ASKAP and MWA (CASDA, MWA ASVO, Australian SKA Regional Centre)
  • The Canadian Initiative for Radio Astronomy Data Analysis (CIRADA), which will produce high level data from the VLA Sky Survey, the CHIME telescope and surveys with ASKAP.
  • SKA - SKAO
  • ASTRON (LOFAR, APERTIF, WSRT, …)
  • The ESCAPE project, also supporting connection to VO for LOFAR, JIVE, and SKA (also brings results of ASTERICS and AENEAS projects)
  • MeerKAT, and the South African Inter-University Institute for Data Intensive Astronomy (IDIA)
  • INAF Division for Radioastronomy - Working Group for radio telescopes data archive
  • AMIGA group at the Instituto de Astronomía de Andalucía (IAA)
  • Nançay radio astronomy observatory and NenuFAR (SKA pathfinder)
These, and future projects, are planning their science platforms and ways users will find/access/use the data. By providing the necessary standards, the IVOA can help to ensure that VO protocols can be integrated into these efforts from an early stage, thus enabling interoperability and data discovery both within radio astronomy and between radio astronomy and other wavelengths
Added:
>
>

ObsCore extension proposal on GitHub

 

Meetings

Points of contact for active radio VO projects

ASKAP - James Dempsey, CSIRO

CDS - Francois Bonnarel

ALMA - Felix Stoehr, ESO

ASTRON - Yan Grange

JBO - Paul Harrison

JIVE - Mark Kettenis

INAF - Alessandra Zanichelli

Nançay/NenuFAR - Baptiste Cecconi

ContributionWP4inESCAPE 

<--

-->

Revision 152022-03-22 - FrancoisBonnarel

 
META TOPICPARENT name="WebPreferences"

Radio astronomy Interest Group

Charter:

The group shall define requirements for the representation of radio astronomy data in the VO through:

  • development of use cases for data discovery, access and visualization
  • identification of metadata concepts needed by radio astronomy data that are not currently supported by the VO
  • the group will provide a well identified point of contact for radio projects with IVOA, and actively encourage their use of VO standards and protocols
  • the group will organize sessions focused on radio astronomy data at IVOA meetings
Motivation:

Radio astronomy has several domain-specific requirements that need to be fulfilled if radio astronomy data is to be well-served by the VO. While there has been recent work on multi-dimensional data relevant for both radio and other wavebands, there remain areas in which new concepts/standards, or extensions of existing ones are needed for radio astronomy. This includes data products from the wide variety of radio astronomy observations from single dishes to correlated visibilities from interferometers and involving (time, frequency, beam properties, polarization, Faraday rotation measures etc.)

The formation of this group is particularly timely, given the ramp-up of radio astronomy projects that will generate large volumes of both raw data and processed images. The groups and projects that have expressed interest to be involved include:

  • ALMA
  • NRAO’s Science Ready Data Products Initiative (VLA data and user-defined ALMA data products)
  • ASKAP and MWA (CASDA, MWA ASVO, Australian SKA Regional Centre)
  • The Canadian Initiative for Radio Astronomy Data Analysis (CIRADA), which will produce high level data from the VLA Sky Survey, the CHIME telescope and surveys with ASKAP.
  • SKA - SKAO
  • ASTRON (LOFAR, APERTIF, WSRT, …)
  • The ESCAPE project, also supporting connection to VO for LOFAR, JIVE, and SKA (also brings results of ASTERICS and AENEAS projects)
  • MeerKAT, and the South African Inter-University Institute for Data Intensive Astronomy (IDIA)
  • INAF Division for Radioastronomy - Working Group for radio telescopes data archive
  • AMIGA group at the Instituto de Astronomía de Andalucía (IAA)
  • Nançay radio astronomy observatory and NenuFAR (SKA pathfinder)
These, and future projects, are planning their science platforms and ways users will find/access/use the data. By providing the necessary standards, the IVOA can help to ensure that VO protocols can be integrated into these efforts from an early stage, thus enabling interoperability and data discovery both within radio astronomy and between radio astronomy and other wavelengths

Meetings

Changed:
<
<
>
>
Added:
>
>
 

Points of contact for active radio VO projects

ASKAP - James Dempsey, CSIRO

CDS - Francois Bonnarel

ALMA - Felix Stoehr, ESO

ASTRON - Yan Grange

JBO - Paul Harrison

JIVE - Mark Kettenis

INAF - Alessandra Zanichelli

Nançay/NenuFAR - Baptiste Cecconi

ContributionWP4inESCAPE 

<--

-->

Revision 142022-03-22 - FrancoisBonnarel

 
META TOPICPARENT name="WebPreferences"

Radio astronomy Interest Group

Charter:

The group shall define requirements for the representation of radio astronomy data in the VO through:

  • development of use cases for data discovery, access and visualization
  • identification of metadata concepts needed by radio astronomy data that are not currently supported by the VO
  • the group will provide a well identified point of contact for radio projects with IVOA, and actively encourage their use of VO standards and protocols
  • the group will organize sessions focused on radio astronomy data at IVOA meetings
Motivation:

Radio astronomy has several domain-specific requirements that need to be fulfilled if radio astronomy data is to be well-served by the VO. While there has been recent work on multi-dimensional data relevant for both radio and other wavebands, there remain areas in which new concepts/standards, or extensions of existing ones are needed for radio astronomy. This includes data products from the wide variety of radio astronomy observations from single dishes to correlated visibilities from interferometers and involving (time, frequency, beam properties, polarization, Faraday rotation measures etc.)

The formation of this group is particularly timely, given the ramp-up of radio astronomy projects that will generate large volumes of both raw data and processed images. The groups and projects that have expressed interest to be involved include:

  • ALMA
  • NRAO’s Science Ready Data Products Initiative (VLA data and user-defined ALMA data products)
  • ASKAP and MWA (CASDA, MWA ASVO, Australian SKA Regional Centre)
  • The Canadian Initiative for Radio Astronomy Data Analysis (CIRADA), which will produce high level data from the VLA Sky Survey, the CHIME telescope and surveys with ASKAP.
  • SKA - SKAO
  • ASTRON (LOFAR, APERTIF, WSRT, …)
  • The ESCAPE project, also supporting connection to VO for LOFAR, JIVE, and SKA (also brings results of ASTERICS and AENEAS projects)
  • MeerKAT, and the South African Inter-University Institute for Data Intensive Astronomy (IDIA)
  • INAF Division for Radioastronomy - Working Group for radio telescopes data archive
  • AMIGA group at the Instituto de Astronomía de Andalucía (IAA)
  • Nançay radio astronomy observatory and NenuFAR (SKA pathfinder)
These, and future projects, are planning their science platforms and ways users will find/access/use the data. By providing the necessary standards, the IVOA can help to ensure that VO protocols can be integrated into these efforts from an early stage, thus enabling interoperability and data discovery both within radio astronomy and between radio astronomy and other wavelengths

Meetings

Changed:
<
<
  • Third Radio Astronomy Interest Group virtual meeting. May 6th 2021
>
>
Added:
>
>
 

Points of contact for active radio VO projects

ASKAP - James Dempsey, CSIRO

CDS - Francois Bonnarel

ALMA - Felix Stoehr, ESO

ASTRON - Yan Grange

JBO - Paul Harrison

JIVE - Mark Kettenis

INAF - Alessandra Zanichelli

Nançay/NenuFAR - Baptiste Cecconi

ContributionWP4inESCAPE 

<--

-->

Revision 132022-01-21 - FrancoisBonnarel

 
META TOPICPARENT name="WebPreferences"

Radio astronomy Interest Group

Charter:

The group shall define requirements for the representation of radio astronomy data in the VO through:

  • development of use cases for data discovery, access and visualization
  • identification of metadata concepts needed by radio astronomy data that are not currently supported by the VO
  • the group will provide a well identified point of contact for radio projects with IVOA, and actively encourage their use of VO standards and protocols
  • the group will organize sessions focused on radio astronomy data at IVOA meetings
Motivation:

Radio astronomy has several domain-specific requirements that need to be fulfilled if radio astronomy data is to be well-served by the VO. While there has been recent work on multi-dimensional data relevant for both radio and other wavebands, there remain areas in which new concepts/standards, or extensions of existing ones are needed for radio astronomy. This includes data products from the wide variety of radio astronomy observations from single dishes to correlated visibilities from interferometers and involving (time, frequency, beam properties, polarization, Faraday rotation measures etc.)

The formation of this group is particularly timely, given the ramp-up of radio astronomy projects that will generate large volumes of both raw data and processed images. The groups and projects that have expressed interest to be involved include:

  • ALMA
  • NRAO’s Science Ready Data Products Initiative (VLA data and user-defined ALMA data products)
  • ASKAP and MWA (CASDA, MWA ASVO, Australian SKA Regional Centre)
  • The Canadian Initiative for Radio Astronomy Data Analysis (CIRADA), which will produce high level data from the VLA Sky Survey, the CHIME telescope and surveys with ASKAP.
  • SKA - SKAO
  • ASTRON (LOFAR, APERTIF, WSRT, …)
  • The ESCAPE project, also supporting connection to VO for LOFAR, JIVE, and SKA (also brings results of ASTERICS and AENEAS projects)
  • MeerKAT, and the South African Inter-University Institute for Data Intensive Astronomy (IDIA)
  • INAF Division for Radioastronomy - Working Group for radio telescopes data archive
  • AMIGA group at the Instituto de Astronomía de Andalucía (IAA)
  • Nançay radio astronomy observatory and NenuFAR (SKA pathfinder)
These, and future projects, are planning their science platforms and ways users will find/access/use the data. By providing the necessary standards, the IVOA can help to ensure that VO protocols can be integrated into these efforts from an early stage, thus enabling interoperability and data discovery both within radio astronomy and between radio astronomy and other wavelengths

Meetings

Added:
>
>
 

Points of contact for active radio VO projects

ASKAP - James Dempsey, CSIRO

CDS - Francois Bonnarel

ALMA - Felix Stoehr, ESO

ASTRON - Yan Grange

JBO - Paul Harrison

JIVE - Mark Kettenis

INAF - Alessandra Zanichelli

Nançay/NenuFAR - Baptiste Cecconi

ContributionWP4inESCAPE 

<--

-->

Revision 122021-04-27 - MarkLacy

 
META TOPICPARENT name="WebPreferences"

Radio astronomy Interest Group

Charter:

The group shall define requirements for the representation of radio astronomy data in the VO through:

  • development of use cases for data discovery, access and visualization
  • identification of metadata concepts needed by radio astronomy data that are not currently supported by the VO
  • the group will provide a well identified point of contact for radio projects with IVOA, and actively encourage their use of VO standards and protocols
  • the group will organize sessions focused on radio astronomy data at IVOA meetings
Motivation:

Radio astronomy has several domain-specific requirements that need to be fulfilled if radio astronomy data is to be well-served by the VO. While there has been recent work on multi-dimensional data relevant for both radio and other wavebands, there remain areas in which new concepts/standards, or extensions of existing ones are needed for radio astronomy. This includes data products from the wide variety of radio astronomy observations from single dishes to correlated visibilities from interferometers and involving (time, frequency, beam properties, polarization, Faraday rotation measures etc.)

The formation of this group is particularly timely, given the ramp-up of radio astronomy projects that will generate large volumes of both raw data and processed images. The groups and projects that have expressed interest to be involved include:

  • ALMA
  • NRAO’s Science Ready Data Products Initiative (VLA data and user-defined ALMA data products)
  • ASKAP and MWA (CASDA, MWA ASVO, Australian SKA Regional Centre)
  • The Canadian Initiative for Radio Astronomy Data Analysis (CIRADA), which will produce high level data from the VLA Sky Survey, the CHIME telescope and surveys with ASKAP.
  • SKA - SKAO
  • ASTRON (LOFAR, APERTIF, WSRT, …)
  • The ESCAPE project, also supporting connection to VO for LOFAR, JIVE, and SKA (also brings results of ASTERICS and AENEAS projects)
  • MeerKAT, and the South African Inter-University Institute for Data Intensive Astronomy (IDIA)
  • INAF Division for Radioastronomy - Working Group for radio telescopes data archive
  • AMIGA group at the Instituto de Astronomía de Andalucía (IAA)
Changed:
<
<
  • Nançay radio astronomy observatory and NenuFAR (SKA pathfinder)
>
>
  • Nançay radio astronomy observatory and NenuFAR (SKA pathfinder)
 These, and future projects, are planning their science platforms and ways users will find/access/use the data. By providing the necessary standards, the IVOA can help to ensure that VO protocols can be integrated into these efforts from an early stage, thus enabling interoperability and data discovery both within radio astronomy and between radio astronomy and other wavelengths

Meetings

Added:
>
>
  • Third Radio Astronomy Interest Group virtual meeting. May 6th 2021
 

Points of contact for active radio VO projects

ASKAP - James Dempsey, CSIRO

CDS - Francois Bonnarel

ALMA - Felix Stoehr, ESO

ASTRON - Yan Grange

JBO - Paul Harrison

JIVE - Mark Kettenis

INAF - Alessandra Zanichelli

Nançay/NenuFAR - Baptiste Cecconi

ContributionWP4inESCAPE 

<--

-->

Revision 112021-02-02 - BaptisteCecconi

 
META TOPICPARENT name="WebPreferences"

Radio astronomy Interest Group

Charter:

The group shall define requirements for the representation of radio astronomy data in the VO through:

  • development of use cases for data discovery, access and visualization
  • identification of metadata concepts needed by radio astronomy data that are not currently supported by the VO
  • the group will provide a well identified point of contact for radio projects with IVOA, and actively encourage their use of VO standards and protocols
  • the group will organize sessions focused on radio astronomy data at IVOA meetings
Motivation:

Radio astronomy has several domain-specific requirements that need to be fulfilled if radio astronomy data is to be well-served by the VO. While there has been recent work on multi-dimensional data relevant for both radio and other wavebands, there remain areas in which new concepts/standards, or extensions of existing ones are needed for radio astronomy. This includes data products from the wide variety of radio astronomy observations from single dishes to correlated visibilities from interferometers and involving (time, frequency, beam properties, polarization, Faraday rotation measures etc.)

The formation of this group is particularly timely, given the ramp-up of radio astronomy projects that will generate large volumes of both raw data and processed images. The groups and projects that have expressed interest to be involved include:

  • ALMA
  • NRAO’s Science Ready Data Products Initiative (VLA data and user-defined ALMA data products)
  • ASKAP and MWA (CASDA, MWA ASVO, Australian SKA Regional Centre)
  • The Canadian Initiative for Radio Astronomy Data Analysis (CIRADA), which will produce high level data from the VLA Sky Survey, the CHIME telescope and surveys with ASKAP.
  • SKA - SKAO
  • ASTRON (LOFAR, APERTIF, WSRT, …)
  • The ESCAPE project, also supporting connection to VO for LOFAR, JIVE, and SKA (also brings results of ASTERICS and AENEAS projects)
  • MeerKAT, and the South African Inter-University Institute for Data Intensive Astronomy (IDIA)
  • INAF Division for Radioastronomy - Working Group for radio telescopes data archive
  • AMIGA group at the Instituto de Astronomía de Andalucía (IAA)
Added:
>
>
  • Nançay radio astronomy observatory and NenuFAR (SKA pathfinder)
 These, and future projects, are planning their science platforms and ways users will find/access/use the data. By providing the necessary standards, the IVOA can help to ensure that VO protocols can be integrated into these efforts from an early stage, thus enabling interoperability and data discovery both within radio astronomy and between radio astronomy and other wavelengths

Meetings

Points of contact for active radio VO projects

ASKAP - James Dempsey, CSIRO

CDS - Francois Bonnarel

ALMA - Felix Stoehr, ESO

ASTRON - Yan Grange

JBO - Paul Harrison

JIVE - Mark Kettenis

INAF - Alessandra Zanichelli

Changed:
<
<		Nançay/NENUFAR - Baptiste Cecconi
>
>		Nançay/NenuFAR - Baptiste Cecconi
  ContributionWP4inESCAPE 

<--

-->

Revision 102020-12-21 - FrancoisBonnarel

 
META TOPICPARENT name="WebPreferences"

Radio astronomy Interest Group

Charter:

The group shall define requirements for the representation of radio astronomy data in the VO through:

  • development of use cases for data discovery, access and visualization
  • identification of metadata concepts needed by radio astronomy data that are not currently supported by the VO
  • the group will provide a well identified point of contact for radio projects with IVOA, and actively encourage their use of VO standards and protocols
  • the group will organize sessions focused on radio astronomy data at IVOA meetings
Motivation:

Radio astronomy has several domain-specific requirements that need to be fulfilled if radio astronomy data is to be well-served by the VO. While there has been recent work on multi-dimensional data relevant for both radio and other wavebands, there remain areas in which new concepts/standards, or extensions of existing ones are needed for radio astronomy. This includes data products from the wide variety of radio astronomy observations from single dishes to correlated visibilities from interferometers and involving (time, frequency, beam properties, polarization, Faraday rotation measures etc.)

The formation of this group is particularly timely, given the ramp-up of radio astronomy projects that will generate large volumes of both raw data and processed images. The groups and projects that have expressed interest to be involved include:

  • ALMA
  • NRAO’s Science Ready Data Products Initiative (VLA data and user-defined ALMA data products)
  • ASKAP and MWA (CASDA, MWA ASVO, Australian SKA Regional Centre)
  • The Canadian Initiative for Radio Astronomy Data Analysis (CIRADA), which will produce high level data from the VLA Sky Survey, the CHIME telescope and surveys with ASKAP.
  • SKA - SKAO
  • ASTRON (LOFAR, APERTIF, WSRT, …)
  • The ESCAPE project, also supporting connection to VO for LOFAR, JIVE, and SKA (also brings results of ASTERICS and AENEAS projects)
  • MeerKAT, and the South African Inter-University Institute for Data Intensive Astronomy (IDIA)
  • INAF Division for Radioastronomy - Working Group for radio telescopes data archive
  • AMIGA group at the Instituto de Astronomía de Andalucía (IAA)
These, and future projects, are planning their science platforms and ways users will find/access/use the data. By providing the necessary standards, the IVOA can help to ensure that VO protocols can be integrated into these efforts from an early stage, thus enabling interoperability and data discovery both within radio astronomy and between radio astronomy and other wavelengths

Meetings

Changed:
<
<
>
>
 

Points of contact for active radio VO projects

ASKAP - James Dempsey, CSIRO

CDS - Francois Bonnarel

ALMA - Felix Stoehr, ESO

ASTRON - Yan Grange

JBO - Paul Harrison

JIVE - Mark Kettenis

INAF - Alessandra Zanichelli

Nançay/NENUFAR - Baptiste Cecconi

ContributionWP4inESCAPE 

<--

-->

Revision 92020-10-22 - MireilleLouys

 
META TOPICPARENT name="WebPreferences"

Radio astronomy Interest Group

Charter:

The group shall define requirements for the representation of radio astronomy data in the VO through:

  • development of use cases for data discovery, access and visualization
  • identification of metadata concepts needed by radio astronomy data that are not currently supported by the VO
  • the group will provide a well identified point of contact for radio projects with IVOA, and actively encourage their use of VO standards and protocols
  • the group will organize sessions focused on radio astronomy data at IVOA meetings
Motivation:

Radio astronomy has several domain-specific requirements that need to be fulfilled if radio astronomy data is to be well-served by the VO. While there has been recent work on multi-dimensional data relevant for both radio and other wavebands, there remain areas in which new concepts/standards, or extensions of existing ones are needed for radio astronomy. This includes data products from the wide variety of radio astronomy observations from single dishes to correlated visibilities from interferometers and involving (time, frequency, beam properties, polarization, Faraday rotation measures etc.)

The formation of this group is particularly timely, given the ramp-up of radio astronomy projects that will generate large volumes of both raw data and processed images. The groups and projects that have expressed interest to be involved include:

  • ALMA
  • NRAO’s Science Ready Data Products Initiative (VLA data and user-defined ALMA data products)
  • ASKAP and MWA (CASDA, MWA ASVO, Australian SKA Regional Centre)
  • The Canadian Initiative for Radio Astronomy Data Analysis (CIRADA), which will produce high level data from the VLA Sky Survey, the CHIME telescope and surveys with ASKAP.
  • SKA - SKAO
  • ASTRON (LOFAR, APERTIF, WSRT, …)
  • The ESCAPE project, also supporting connection to VO for LOFAR, JIVE, and SKA (also brings results of ASTERICS and AENEAS projects)
  • MeerKAT, and the South African Inter-University Institute for Data Intensive Astronomy (IDIA)
  • INAF Division for Radioastronomy - Working Group for radio telescopes data archive
  • AMIGA group at the Instituto de Astronomía de Andalucía (IAA)
These, and future projects, are planning their science platforms and ways users will find/access/use the data. By providing the necessary standards, the IVOA can help to ensure that VO protocols can be integrated into these efforts from an early stage, thus enabling interoperability and data discovery both within radio astronomy and between radio astronomy and other wavelengths

Meetings

Points of contact for active radio VO projects

ASKAP - James Dempsey, CSIRO

CDS - Francois Bonnarel

ALMA - Felix Stoehr, ESO

ASTRON - Yan Grange

JBO - Paul Harrison

JIVE - Mark Kettenis

INAF - Alessandra Zanichelli

Nançay/NENUFAR - Baptiste Cecconi

Added:
>
>		ContributionWP4inESCAPE
 

<--

-->

Revision 82020-10-02 - FrancoisBonnarel

 
META TOPICPARENT name="WebPreferences"

Radio astronomy Interest Group

Charter:

The group shall define requirements for the representation of radio astronomy data in the VO through:

  • development of use cases for data discovery, access and visualization
  • identification of metadata concepts needed by radio astronomy data that are not currently supported by the VO
  • the group will provide a well identified point of contact for radio projects with IVOA, and actively encourage their use of VO standards and protocols
  • the group will organize sessions focused on radio astronomy data at IVOA meetings
Motivation:

Radio astronomy has several domain-specific requirements that need to be fulfilled if radio astronomy data is to be well-served by the VO. While there has been recent work on multi-dimensional data relevant for both radio and other wavebands, there remain areas in which new concepts/standards, or extensions of existing ones are needed for radio astronomy. This includes data products from the wide variety of radio astronomy observations from single dishes to correlated visibilities from interferometers and involving (time, frequency, beam properties, polarization, Faraday rotation measures etc.)

The formation of this group is particularly timely, given the ramp-up of radio astronomy projects that will generate large volumes of both raw data and processed images. The groups and projects that have expressed interest to be involved include:

  • ALMA
  • NRAO’s Science Ready Data Products Initiative (VLA data and user-defined ALMA data products)
  • ASKAP and MWA (CASDA, MWA ASVO, Australian SKA Regional Centre)
  • The Canadian Initiative for Radio Astronomy Data Analysis (CIRADA), which will produce high level data from the VLA Sky Survey, the CHIME telescope and surveys with ASKAP.
  • SKA - SKAO
  • ASTRON (LOFAR, APERTIF, WSRT, …)
  • The ESCAPE project, also supporting connection to VO for LOFAR, JIVE, and SKA (also brings results of ASTERICS and AENEAS projects)
  • MeerKAT, and the South African Inter-University Institute for Data Intensive Astronomy (IDIA)
  • INAF Division for Radioastronomy - Working Group for radio telescopes data archive
  • AMIGA group at the Instituto de Astronomía de Andalucía (IAA)
These, and future projects, are planning their science platforms and ways users will find/access/use the data. By providing the necessary standards, the IVOA can help to ensure that VO protocols can be integrated into these efforts from an early stage, thus enabling interoperability and data discovery both within radio astronomy and between radio astronomy and other wavelengths

Meetings

Changed:
<
<
>
>
 

Points of contact for active radio VO projects

ASKAP - James Dempsey, CSIRO

CDS - Francois Bonnarel

ALMA - Felix Stoehr, ESO

ASTRON - Yan Grange

JBO - Paul Harrison

JIVE - Mark Kettenis

INAF - Alessandra Zanichelli

Nançay/NENUFAR - Baptiste Cecconi 

<--

-->

Revision 72020-10-02 - FrancoisBonnarel

 
META TOPICPARENT name="WebPreferences"

Radio astronomy Interest Group

Charter:

The group shall define requirements for the representation of radio astronomy data in the VO through:

  • development of use cases for data discovery, access and visualization
  • identification of metadata concepts needed by radio astronomy data that are not currently supported by the VO
  • the group will provide a well identified point of contact for radio projects with IVOA, and actively encourage their use of VO standards and protocols
  • the group will organize sessions focused on radio astronomy data at IVOA meetings
Motivation:

Radio astronomy has several domain-specific requirements that need to be fulfilled if radio astronomy data is to be well-served by the VO. While there has been recent work on multi-dimensional data relevant for both radio and other wavebands, there remain areas in which new concepts/standards, or extensions of existing ones are needed for radio astronomy. This includes data products from the wide variety of radio astronomy observations from single dishes to correlated visibilities from interferometers and involving (time, frequency, beam properties, polarization, Faraday rotation measures etc.)

The formation of this group is particularly timely, given the ramp-up of radio astronomy projects that will generate large volumes of both raw data and processed images. The groups and projects that have expressed interest to be involved include:

  • ALMA
  • NRAO’s Science Ready Data Products Initiative (VLA data and user-defined ALMA data products)
  • ASKAP and MWA (CASDA, MWA ASVO, Australian SKA Regional Centre)
  • The Canadian Initiative for Radio Astronomy Data Analysis (CIRADA), which will produce high level data from the VLA Sky Survey, the CHIME telescope and surveys with ASKAP.
  • SKA - SKAO
  • ASTRON (LOFAR, APERTIF, WSRT, …)
  • The ESCAPE project, also supporting connection to VO for LOFAR, JIVE, and SKA (also brings results of ASTERICS and AENEAS projects)
  • MeerKAT, and the South African Inter-University Institute for Data Intensive Astronomy (IDIA)
  • INAF Division for Radioastronomy - Working Group for radio telescopes data archive
  • AMIGA group at the Instituto de Astronomía de Andalucía (IAA)
These, and future projects, are planning their science platforms and ways users will find/access/use the data. By providing the necessary standards, the IVOA can help to ensure that VO protocols can be integrated into these efforts from an early stage, thus enabling interoperability and data discovery both within radio astronomy and between radio astronomy and other wavelengths

Meetings

Added:
>
>
 

Points of contact for active radio VO projects

ASKAP - James Dempsey, CSIRO

CDS - Francois Bonnarel

ALMA - Felix Stoehr, ESO

ASTRON - Yan Grange

JBO - Paul Harrison

JIVE - Mark Kettenis

INAF - Alessandra Zanichelli

Changed:
<
<		Nancy/NENUFAR - Baptiste Cecconi
>
>		Nançay/NENUFAR - Baptiste Cecconi
  

<--

-->

Revision 62020-10-02 - PaulHarrison

 
META TOPICPARENT name="WebPreferences"

Radio astronomy Interest Group

Charter:

The group shall define requirements for the representation of radio astronomy data in the VO through:

  • development of use cases for data discovery, access and visualization
  • identification of metadata concepts needed by radio astronomy data that are not currently supported by the VO
  • the group will provide a well identified point of contact for radio projects with IVOA, and actively encourage their use of VO standards and protocols
  • the group will organize sessions focused on radio astronomy data at IVOA meetings
Motivation:

Radio astronomy has several domain-specific requirements that need to be fulfilled if radio astronomy data is to be well-served by the VO. While there has been recent work on multi-dimensional data relevant for both radio and other wavebands, there remain areas in which new concepts/standards, or extensions of existing ones are needed for radio astronomy. This includes data products from the wide variety of radio astronomy observations from single dishes to correlated visibilities from interferometers and involving (time, frequency, beam properties, polarization, Faraday rotation measures etc.)

The formation of this group is particularly timely, given the ramp-up of radio astronomy projects that will generate large volumes of both raw data and processed images. The groups and projects that have expressed interest to be involved include:

  • ALMA
  • NRAO’s Science Ready Data Products Initiative (VLA data and user-defined ALMA data products)
  • ASKAP and MWA (CASDA, MWA ASVO, Australian SKA Regional Centre)
  • The Canadian Initiative for Radio Astronomy Data Analysis (CIRADA), which will produce high level data from the VLA Sky Survey, the CHIME telescope and surveys with ASKAP.
  • SKA - SKAO
  • ASTRON (LOFAR, APERTIF, WSRT, …)
  • The ESCAPE project, also supporting connection to VO for LOFAR, JIVE, and SKA (also brings results of ASTERICS and AENEAS projects)
  • MeerKAT, and the South African Inter-University Institute for Data Intensive Astronomy (IDIA)
  • INAF Division for Radioastronomy - Working Group for radio telescopes data archive
  • AMIGA group at the Instituto de Astronomía de Andalucía (IAA)
These, and future projects, are planning their science platforms and ways users will find/access/use the data. By providing the necessary standards, the IVOA can help to ensure that VO protocols can be integrated into these efforts from an early stage, thus enabling interoperability and data discovery both within radio astronomy and between radio astronomy and other wavelengths

Meetings

Points of contact for active radio VO projects

ASKAP - James Dempsey, CSIRO

CDS - Francois Bonnarel

ALMA - Felix Stoehr, ESO

ASTRON - Yan Grange

Added:
>
>		 JBO - Paul Harrison
  JIVE - Mark Kettenis

INAF - Alessandra Zanichelli

Nancy/NENUFAR - Baptiste Cecconi 

<--

-->

Revision 52020-07-02 - MarkLacy

 
META TOPICPARENT name="WebPreferences"

Radio astronomy Interest Group

Charter:

The group shall define requirements for the representation of radio astronomy data in the VO through:

  • development of use cases for data discovery, access and visualization
  • identification of metadata concepts needed by radio astronomy data that are not currently supported by the VO
  • the group will provide a well identified point of contact for radio projects with IVOA, and actively encourage their use of VO standards and protocols
  • the group will organize sessions focused on radio astronomy data at IVOA meetings
Motivation:

Radio astronomy has several domain-specific requirements that need to be fulfilled if radio astronomy data is to be well-served by the VO. While there has been recent work on multi-dimensional data relevant for both radio and other wavebands, there remain areas in which new concepts/standards, or extensions of existing ones are needed for radio astronomy. This includes data products from the wide variety of radio astronomy observations from single dishes to correlated visibilities from interferometers and involving (time, frequency, beam properties, polarization, Faraday rotation measures etc.)

The formation of this group is particularly timely, given the ramp-up of radio astronomy projects that will generate large volumes of both raw data and processed images. The groups and projects that have expressed interest to be involved include:

  • ALMA
  • NRAO’s Science Ready Data Products Initiative (VLA data and user-defined ALMA data products)
  • ASKAP and MWA (CASDA, MWA ASVO, Australian SKA Regional Centre)
  • The Canadian Initiative for Radio Astronomy Data Analysis (CIRADA), which will produce high level data from the VLA Sky Survey, the CHIME telescope and surveys with ASKAP.
  • SKA - SKAO
  • ASTRON (LOFAR, APERTIF, WSRT, …)
  • The ESCAPE project, also supporting connection to VO for LOFAR, JIVE, and SKA (also brings results of ASTERICS and AENEAS projects)
  • MeerKAT, and the South African Inter-University Institute for Data Intensive Astronomy (IDIA)
  • INAF Division for Radioastronomy - Working Group for radio telescopes data archive
  • AMIGA group at the Instituto de Astronomía de Andalucía (IAA)
These, and future projects, are planning their science platforms and ways users will find/access/use the data. By providing the necessary standards, the IVOA can help to ensure that VO protocols can be integrated into these efforts from an early stage, thus enabling interoperability and data discovery both within radio astronomy and between radio astronomy and other wavelengths

Meetings

Added:
>
>

Points of contact for active radio VO projects

ASKAP - James Dempsey, CSIRO

CDS - Francois Bonnarel

ALMA - Felix Stoehr, ESO

ASTRON - Yan Grange

JIVE - Mark Kettenis

INAF - Alessandra Zanichelli

Nancy/NENUFAR - Baptiste Cecconi

  

<--

-->

Revision 42020-06-30 - FrancoisBonnarel

 
META TOPICPARENT name="WebPreferences"

Radio astronomy Interest Group

Charter:

The group shall define requirements for the representation of radio astronomy data in the VO through:

  • development of use cases for data discovery, access and visualization
  • identification of metadata concepts needed by radio astronomy data that are not currently supported by the VO
  • the group will provide a well identified point of contact for radio projects with IVOA, and actively encourage their use of VO standards and protocols
  • the group will organize sessions focused on radio astronomy data at IVOA meetings
Motivation:

Radio astronomy has several domain-specific requirements that need to be fulfilled if radio astronomy data is to be well-served by the VO. While there has been recent work on multi-dimensional data relevant for both radio and other wavebands, there remain areas in which new concepts/standards, or extensions of existing ones are needed for radio astronomy. This includes data products from the wide variety of radio astronomy observations from single dishes to correlated visibilities from interferometers and involving (time, frequency, beam properties, polarization, Faraday rotation measures etc.)

The formation of this group is particularly timely, given the ramp-up of radio astronomy projects that will generate large volumes of both raw data and processed images. The groups and projects that have expressed interest to be involved include:

  • ALMA
  • NRAO’s Science Ready Data Products Initiative (VLA data and user-defined ALMA data products)
  • ASKAP and MWA (CASDA, MWA ASVO, Australian SKA Regional Centre)
  • The Canadian Initiative for Radio Astronomy Data Analysis (CIRADA), which will produce high level data from the VLA Sky Survey, the CHIME telescope and surveys with ASKAP.
  • SKA - SKAO
  • ASTRON (LOFAR, APERTIF, WSRT, …)
  • The ESCAPE project, also supporting connection to VO for LOFAR, JIVE, and SKA (also brings results of ASTERICS and AENEAS projects)
  • MeerKAT, and the South African Inter-University Institute for Data Intensive Astronomy (IDIA)
  • INAF Division for Radioastronomy - Working Group for radio telescopes data archive
  • AMIGA group at the Instituto de Astronomía de Andalucía (IAA)
These, and future projects, are planning their science platforms and ways users will find/access/use the data. By providing the necessary standards, the IVOA can help to ensure that VO protocols can be integrated into these efforts from an early stage, thus enabling interoperability and data discovery both within radio astronomy and between radio astronomy and other wavelengths

Meetings

Added:
>
>
  

<--

-->

Revision 32020-05-26 - BrunoMerin

 
META TOPICPARENT name="WebPreferences"

Radio astronomy Interest Group

Charter:

The group shall define requirements for the representation of radio astronomy data in the VO through:

  • development of use cases for data discovery, access and visualization
  • identification of metadata concepts needed by radio astronomy data that are not currently supported by the VO
  • the group will provide a well identified point of contact for radio projects with IVOA, and actively encourage their use of VO standards and protocols
  • the group will organize sessions focused on radio astronomy data at IVOA meetings
Motivation:

Radio astronomy has several domain-specific requirements that need to be fulfilled if radio astronomy data is to be well-served by the VO. While there has been recent work on multi-dimensional data relevant for both radio and other wavebands, there remain areas in which new concepts/standards, or extensions of existing ones are needed for radio astronomy. This includes data products from the wide variety of radio astronomy observations from single dishes to correlated visibilities from interferometers and involving (time, frequency, beam properties, polarization, Faraday rotation measures etc.)

The formation of this group is particularly timely, given the ramp-up of radio astronomy projects that will generate large volumes of both raw data and processed images. The groups and projects that have expressed interest to be involved include:

  • ALMA
  • NRAO’s Science Ready Data Products Initiative (VLA data and user-defined ALMA data products)
  • ASKAP and MWA (CASDA, MWA ASVO, Australian SKA Regional Centre)
  • The Canadian Initiative for Radio Astronomy Data Analysis (CIRADA), which will produce high level data from the VLA Sky Survey, the CHIME telescope and surveys with ASKAP.
  • SKA - SKAO
  • ASTRON (LOFAR, APERTIF, WSRT, …)
  • The ESCAPE project, also supporting connection to VO for LOFAR, JIVE, and SKA (also brings results of ASTERICS and AENEAS projects)
  • MeerKAT, and the South African Inter-University Institute for Data Intensive Astronomy (IDIA)
  • INAF Division for Radioastronomy - Working Group for radio telescopes data archive
  • AMIGA group at the Instituto de Astronomía de Andalucía (IAA)
These, and future projects, are planning their science platforms and ways users will find/access/use the data. By providing the necessary standards, the IVOA can help to ensure that VO protocols can be integrated into these efforts from an early stage, thus enabling interoperability and data discovery both within radio astronomy and between radio astronomy and other wavelengths

Meetings

Added:
>
>
  

<--

-->

Revision 22020-05-26 - MarkLacy

 
META TOPICPARENT name="WebPreferences"

Radio astronomy Interest Group

Added:
>
>		 Charter:

The group shall define requirements for the representation of radio astronomy data in the VO through:

  • development of use cases for data discovery, access and visualization
  • identification of metadata concepts needed by radio astronomy data that are not currently supported by the VO
  • the group will provide a well identified point of contact for radio projects with IVOA, and actively encourage their use of VO standards and protocols
  • the group will organize sessions focused on radio astronomy data at IVOA meetings
Motivation:

Radio astronomy has several domain-specific requirements that need to be fulfilled if radio astronomy data is to be well-served by the VO. While there has been recent work on multi-dimensional data relevant for both radio and other wavebands, there remain areas in which new concepts/standards, or extensions of existing ones are needed for radio astronomy. This includes data products from the wide variety of radio astronomy observations from single dishes to correlated visibilities from interferometers and involving (time, frequency, beam properties, polarization, Faraday rotation measures etc.)

The formation of this group is particularly timely, given the ramp-up of radio astronomy projects that will generate large volumes of both raw data and processed images. The groups and projects that have expressed interest to be involved include:

  • ALMA
  • NRAO’s Science Ready Data Products Initiative (VLA data and user-defined ALMA data products)
  • ASKAP and MWA (CASDA, MWA ASVO, Australian SKA Regional Centre)
  • The Canadian Initiative for Radio Astronomy Data Analysis (CIRADA), which will produce high level data from the VLA Sky Survey, the CHIME telescope and surveys with ASKAP.
  • SKA - SKAO
  • ASTRON (LOFAR, APERTIF, WSRT, …)
  • The ESCAPE project, also supporting connection to VO for LOFAR, JIVE, and SKA (also brings results of ASTERICS and AENEAS projects)
  • MeerKAT, and the South African Inter-University Institute for Data Intensive Astronomy (IDIA)
  • INAF Division for Radioastronomy - Working Group for radio telescopes data archive
  • AMIGA group at the Instituto de Astronomía de Andalucía (IAA)
These, and future projects, are planning their science platforms and ways users will find/access/use the data. By providing the necessary standards, the IVOA can help to ensure that VO protocols can be integrated into these efforts from an early stage, thus enabling interoperability and data discovery both within radio astronomy and between radio astronomy and other wavelengths

Meetings

  

<--

-->

Revision 12020-05-18 - BrunoMerin

 
META TOPICPARENT name="WebPreferences"

Radio astronomy Interest Group 

<--

-->
View topic | History: r26 < r25 < r24 < r23 | More topic actions...
 
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