comet.transientskp.org
Comet — comet 1.2.0 documentation
http://comet.transientskp.org/en/1.2.0
Obtaining and Installing Comet. OpenPGP Signatures, Comet and VOEvents. Is the International Virtual Observatory Alliance. Standard for describing transient celestial events. Comet is an implementation of the VOEvent Transport Protocol. Obtaining and Installing Comet. OpenPGP Signatures, Comet and VOEvents. Comet is developed by John Swinbank. As part of the LOFAR Transients Key Project. It is indexed by the Astrophysics Source Code Library. Provided by Read the Docs. On Read the Docs.
aartfaac.org
AARTFAAC :: Related Projects
http://www.aartfaac.org/related
Site updated: 20 April 2016. Amsterdam—ASTRON Radio Transients Facility and Analysis Centre.
comet.transientskp.org
Comet — comet 1.2.2 documentation
http://comet.transientskp.org/en/1.2.2
Obtaining and Installing Comet. OpenPGP Signatures, Comet and VOEvents. Is the International Virtual Observatory Alliance. Standard for describing transient celestial events. Comet is an implementation of the VOEvent Transport Protocol. Obtaining and Installing Comet. OpenPGP Signatures, Comet and VOEvents. Comet is developed by John Swinbank. As part of the LOFAR Transients Key Project. It is indexed by the Astrophysics Source Code Library. Released versions of Comet are available for. On Read the Docs.
comet.transientskp.org
Comet — comet 1.1.2 documentation
http://comet.transientskp.org/en/1.1.2
Obtaining and Installing Comet. OpenPGP Signatures, Comet and VOEvents. Is the International Virtual Observatory Alliance. Standard for describing transient celestial events. Comet is an implementation of the VOEvent Transport Protocol. Obtaining and Installing Comet. OpenPGP Signatures, Comet and VOEvents. Comet is developed by John Swinbank. As part of the LOFAR Transients Key Project. It is indexed by the Astrophysics Source Code Library. Provided by Read the Docs. On Read the Docs.
4pisky.org
Recently accepted publications | 4 Pi Sky
https://4pisky.org/category/science/recently-accepted-publications
Exploring the transient universe. Category Archives: Recently accepted publications. December 2, 2015. Discovery of a Low-frequency Radio Transient near the North Celestial Pole with LOFAR. 4 Pi Sky Authors:. Adam Stewart / Rob Fender / Jess Broderick / Tom Hassall / Teo Muñoz-Darias / Tim Staley / Gosia Pietka / Rene Breton. See the full publication on astro-ph. The transient, named ILT J225347 862146, was detected in only one of 1897 60 MHz observations, with a brightness of approximately 20 Jy. It...
4pisky.org
“TraP”, a transient detection pipeline, gets its first public release | 4 Pi Sky
https://4pisky.org/2015/03/06/trap-r2
Exploring the transient universe. March 6, 2015. 8220;TraP”, a transient detection pipeline, gets its first public release. We’re happy to announce that the TraP, an image-plane transients-detection pipeline, has reached version 2.0 and been made publicly available. For the first time, along with an accompanying paper. To be published in Astronomy and Computing). The TraP project was born out of the UvA. With close collaboration from the 4 Pi Sky team over the past few years. Hopefully this open release ...
4pisky.org
Science | 4 Pi Sky
https://4pisky.org/category/science
Exploring the transient universe. December 2, 2015. Discovery of a Low-frequency Radio Transient near the North Celestial Pole with LOFAR. 4 Pi Sky Authors:. Adam Stewart / Rob Fender / Jess Broderick / Tom Hassall / Teo Muñoz-Darias / Tim Staley / Gosia Pietka / Rene Breton. See the full publication on astro-ph. The transient, named ILT J225347 862146, was detected in only one of 1897 60 MHz observations, with a brightness of approximately 20 Jy. It was discovered by using the LOFAR Transients Pipel...
4pisky.org
06 | March | 2015 | 4 Pi Sky
https://4pisky.org/2015/03/06
Exploring the transient universe. Daily Archives: March 6, 2015. March 6, 2015. 8220;TraP”, a transient detection pipeline, gets its first public release. We’re happy to announce that the TraP, an image-plane transients-detection pipeline, has reached version 2.0 and been made publicly available. For the first time, along with an accompanying paper. To be published in Astronomy and Computing). The TraP project was born out of the UvA. With close collaboration from the 4 Pi Sky team over the past few years.
