http://www.gravity.phy.syr.edu/dokuwiki/ 2009-11-23T14:34:08-05:00 http://www.gravity.phy.syr.edu/dokuwiki/ http://www.gravity.phy.syr.edu/dokuwiki/lib/images/favicon.ico text/html 2008-04-23T05:26:52-05:00 http://www.gravity.phy.syr.edu/dokuwiki/doku.php?id=ninja:account_request_page&rev=1208942812 Accessing the repository To access the NINJA waveform repository, you can request an account using the form on this page. Access to the repository is either via SSH public key or X509 grid certificate. Please choose the method that is most convenient for you and follow the instructions below for requesting an account. text/html 2008-04-02T12:41:37-05:00 http://www.gravity.phy.syr.edu/dokuwiki/doku.php?id=ninja:here&rev=1207154497 We will have the NINJA kick-off call on April 3, 2008 at 08:00 PDT / 11:00 EDT / 16:00 UK / 17:00 CEDT See <http://www.timeanddate.com/worldclock/> to convert between time zones Dial-in numbers for various countries * United States : 1-866-6161738 * United Kingdom: 08452455269 * Germany : 08001014907 * Italy: 800906494 * France: 0805110471 * Australia: 1800615358 * Canada: 18003907498 * Japan: 00531121895 * Spain: 900961635 * Ireland: 1800-300182 text/html 2009-07-14T03:10:32-05:00 http://www.gravity.phy.syr.edu/dokuwiki/doku.php?id=ninja:home&rev=1247555432 Please visit the new NINJA home page at <https://www.ninja-project.org/> text/html 2008-11-07T12:29:50-05:00 http://www.gravity.phy.syr.edu/dokuwiki/doku.php?id=ninja:minutes-061108&rev=1226078990 minute taker: Sascha Husa Summary: We have a plan for further work on the paper and a timeline. * Next telecon: Nov. 24. * Proposal to rearrange the DA results section: * Nov. 10: Steve and Duncan produce a new skeleton of the draft. !!!Nobody else should commit until then!!! text/html 2008-04-22T12:37:52-05:00 http://www.gravity.phy.syr.edu/dokuwiki/doku.php?id=ninja:minutes&rev=1208882272 Attendance * AEI Golm: Sascha Husa, Badri Krishnan, Denis Pollney, Luciano Rezzolla, Lucia Santamaria (minute taker), Alicia Sintes, John T Whelan * AEI Hannover: Ajith Parameswaran * Birmingham: John Veitch * Caltech: Mike Boyle, Lee Lindblom, Harald Pfeiffer, Mark Scheel, Alan Weinstein * Cardiff: Steve Fairhurst, Patrick Sutton * Cork: Mark Hannam * Cornell: Larry Kidder * Florida: Sergey Klimenko, Chris Pankow, Bernard Whiting * Florida Atlantic: Pedro Marronetti, Wolfgang… text/html 2009-07-13T04:45:49-05:00 http://www.gravity.phy.syr.edu/dokuwiki/doku.php?id=ninja:ninja2&rev=1247474749 During the 2009 NRDA meeting at the AEI, there was significant discussion about moving forward with collaborations between the numerical relativity and gravitational wave communities. This culminated on Thursday with a productive meeting with significant representation from the NR community and the LIGO and Virgo collaborations. There were five short talks given to help initiate and focus the discussion which have been posted below. These provide a nice overview of the topics which were discus… text/html 2009-07-13T04:55:59-05:00 http://www.gravity.phy.syr.edu/dokuwiki/doku.php?id=ninja:ninja2_pipeline&rev=1247475359 We would like to start moving forward with a second NINJA project, aimed at testing the gravitational wave analysis pipelines' sensitivity to numerical waveforms. This would build upon the success of the first NINJA project while extending it to be a more systematic test, using real gravitational wave detector data. Other NINJA projects, including one focused on matter, are envisioned to occur in parallel, although not using real data. text/html 2008-03-11T11:37:32-05:00 http://www.gravity.phy.syr.edu/dokuwiki/doku.php?id=ninja:welcome_email&rev=1205249852 Dear Colleagues, We would like to invite you to collaborate with us on a research project to explore the implications of the recent numerical relativity results for gravitational wave searches. The goal of the project, called Numerical INJection Analysis (NINJA), is to study the efficiency of gravitational wave searches to numerical relativity waveforms. In brief, we plan to create a simulated data set of Gaussian noise from four ground-based gravitational wave detectors. The data set will con…