par Mohapatra, Ajit;Lazaridis, Christos;Hernández, José Manuel;Caballero, José;Hof, Carsten;Kalinin, Sergey;Flossdorf, Alexander;Abbrescia, Marcello;De Filippis, Nicola;Donvito, Giacinto;Maggi, Giuliano;My, Salvatore;Pompili, Alexis;Sarkar, Subir;Maes, Jan Willem;Van Mulders, Petra;Villella, Ilaria;De Weirdt, S.;Hammad, Grégory 
;Wakefield, Stuart;Guan, W.;Lajas, J.A.S. J.A.S.;Kreuzer, Peter;Khomich, Andrey;Elmer, Peter;Evans, Dave;Fanfani, Alessandra;Bacchi, W.;Codispoti, Giuseppe;Van Lingen, Frank;Kavka, Carlos;Eulisse, Giulio
Référence Nuclear physics. B, Proceedings supplement, 177-178, 1, page (324-325)
Publication Publié, 2008-03
;Wakefield, Stuart;Guan, W.;Lajas, J.A.S. J.A.S.;Kreuzer, Peter;Khomich, Andrey;Elmer, Peter;Evans, Dave;Fanfani, Alessandra;Bacchi, W.;Codispoti, Giuseppe;Van Lingen, Frank;Kavka, Carlos;Eulisse, GiulioRéférence Nuclear physics. B, Proceedings supplement, 177-178, 1, page (324-325)
Publication Publié, 2008-03
Article révisé par les pairs
| Résumé : | Monte Carlo production for the CMS experiment is carried out in a distributed computing environment; the goal of producing 30M simulated events per month in the first half of 2007 has been reached. A brief overview of the production operations and statistics is presented. |
