The Planck Satellite website http://hfi.planck.fr/ en The Planck Satellite website http://hfi.planck.fr/IMG/ruboff0.gif http://hfi.planck.fr/ magique III latest news http://hfi.planck.fr/article697.html 2010-02-24 12:21:33 2010/02/24 <br />Soft: upgraded intel ifort compiler v11.1 to patch level 069 (ifort 11.1 Update 5). <br />Located: /softs/intel/fce/11.1 <br />Module use: module load ifort/11.1 <br />2010/02/24 <br />Soft: upgraded intel C/C++ compiler v11.1 to patch level 069 (icc 11.1 Update 5). <br />Located: /softs/intel/cce/11.1 <br />2010/02/22 <br />Soft: installed intel mkl v10.2.4.032 <br />Located: /softs/intel/mkl/10.2.4.032 <br />Note: this version becomes the default 10.2 mkl library: /softs/intel/mkl/10.2 <br />2010/01/29 <br />Hardware: upgraded db01 host (...) Stephane Rouberol 2009-05-19T19:04:55Z text/html en Stephane Rouberol magique III software http://hfi.planck.fr/article693.html 2009-11-13 21:23:17 Operating System <br />Parallel Progra Stephane Rouberol, Philippe Parnaudeau 2009-03-16T13:20:12Z text/html en Stephane Rouberol, Philippe Parnaudeau The HFI-DMC http://hfi.planck.fr/article520.html 2009-11-02 16:19:16 *General introduction - TO BE UPDATED <br />The HFI-DMC is the official name of versions 2+ of the PIOlib, a data management system developed by the L2 integration team. PIOlib version 1.x has been used for the pre-DM and DM releses, i.e. up to end of 2006. The DMC was first made available to users in early 2007, has been used for the pre-FM release, and will continue to be used for the FM releases prior to and during flight. <br />In brief, data, i.e. TOIs, POIs, PBRs, MAPs, etc, are stored as (...) Andrea Moneti 2005-08-26T06:53:37Z text/html en Andrea Moneti Material of interest http://hfi.planck.fr/article674.html 2009-10-21 11:55:26 Reports on CTWG9 / CTA7 / CTP activities <br />CTP activities (HFI-CT 12; Jan 2008), M. Tristram <br />CTWG9 activities (HFI-CT 12; Jan 2008), G. Rocha <br />Effect of beams on C(l): <br />Application of FICSBell to HFI-100 (Joint CT; Nov 2007) <br />Study of beam effects for LFI (Jan 9, 2008) <br />Beam measurements on planets and impact on CMB C(l) (Joint CT; April 2009) <br />PDF presentation <br />PostScript Notes <br />C(l) Likelihood: <br />Low l <br />A. Lewis notes on harmonics based likelihood (Jan 2008) <br />High l <br />Noise estimation (...) Eric Hivon, Graca Rocha 2008-01-09T13:21:49Z text/html en Eric Hivon, Graca Rocha Pointing Library http://hfi.planck.fr/article681.html 2009-09-28 14:39:49 Pointing library user manual Jean-Marc Colley, Eric Hivon 2008-06-24T16:07:10Z text/html en Jean-Marc Colley, Eric Hivon magique II latest news http://hfi.planck.fr/article646.html 2009-09-26 10:25:59 magique II latest news: soft & hardware Stephane Rouberol 2007-05-22T13:20:31Z text/html en Stephane Rouberol old_index http://hfi.planck.fr/article72.html 2009-09-17 10:18:37 Cette rubrique est maintenant remplacée par le site http://www.planck.fr. <br />Cette section a pour but de présenter la mission Planck. Cette mission doit mesurer avec grande précision un certain rayonnement présent dans l'univers, le rayonnement fossile. Comme son nom le suggère, il s'agit du rayonnement le plus ancien qui ait été émis dans l'univers. Son observation joue un rôle crucial en astrophysique car elle permet de reconstituer avec précision le contenu ainsi qu'une grande partie de (...) Alain Riazuelo 2003-12-09T16:08:45Z text/html fr Alain Riazuelo 2009/09/09 CT#22 @ IAP http://hfi.planck.fr/article698.html 2009-09-09 15:34:33 HFI Core Team no. 22 <br />IAP, 07 & 08 september 2009 <br />The presentations can be found here . Sylvain Mottet 2009-09-09T13:32:50Z text/html en Sylvain Mottet PolSpice http://hfi.planck.fr/article141.html 2009-09-04 14:37:53 PolSpice: CMB data analysis Eric Hivon 2004-02-04T17:18:37Z text/html en Eric Hivon magique III hardware brief introduction http://hfi.planck.fr/article689.html 2009-07-22 09:59:05 magique III is a cluster counting 284 Xeon processors / 1128 cores built by IBM. <br />4 login nodes with 2 quad core processors and 32 GB RAM (4GB/core) <br />128 compute nodes with 2 quad core processors and 32 GB RAM (4GB/core), 0.8TB of usable local scratch disk <br />8 compute nodes with 2 quad core processors and 64 GB RAM (8GB/core), 0.8TB of usable local scratch disk <br />1 compute node with 2 quad core processors and 128 GB RAM (16GB/core) <br />The theorical peak performance of the whole cluster is (...) Stephane Rouberol, Philippe Parnaudeau 2009-03-16T13:20:19Z text/html en Stephane Rouberol, Philippe Parnaudeau