D
D. Prigent
Researcher at CERN
Publications - 11
Citations - 130
D. Prigent is an academic researcher from CERN. The author has contributed to research in topics: Data acquisition & Gigabit Ethernet. The author has an hindex of 7, co-authored 10 publications receiving 130 citations.
Papers
More filters
Journal ArticleDOI
The ATLAS Data Acquisition and Trigger: Concept, design and status
Kostantinos Kordas,M. Abolins,Igor Alexandrov,António Amorim,I. Aracena,S.R. Armstrong,E. Badescu,John Baines,N. Barros,Hans Peter Beck,Christopher Bee,Massimiliano Bellomo,Michela Biglietti,Robert Blair,J. A. Bogaerts,Tomasz Bold,Martine Bosman,D. Burckhart-Chromek,Mihai Caprini,C. Caramarcu,G. Carlino,B. Caron,M. P. Casado,G. Cataldi,M. D. Ciobotaru,G. Comune,P. Conde-Muíño,Francesco Conventi,Alina Corso-Radu,R. Cranfield,Kyle Cranmer,G. Crone,Denis Oliveira Damazio,J. V. Dawson,A. De Santo,T. Del Prete,M. Della Pietra,A. Di Mattia,M. Diaz-Gomaz,R.W. Dobinson,M. Dobson,A. Dos Anjos,A. Dotti,Gary Drake,Nicolas Ellis,Dmitry Emeliyanov,Y. Ermoline,Erden Ertorer,Speranza Falciano,Roberto Ferrari,M. L. Ferrer,David Francis,Szymon Gadomski,S. Gameiro,H. Garitaonandia,Gabriella Gaudio,O. Gaumer,Simon George,A. Gesualdi-Mello,Ricardo Gonçalo,Benedetto Gorini,Edoardo Gorini,B.J. Green,S. Haas,W.N. Haberichter,H. K. Hadavand,C. Haeberli,Johannes Haller,J.-O. Hansen,Reiner Hauser,S. J. Hillier,A. Hocker,R. E. Hughes-Jones,M. Joos,Sonia Kabana,Andrei Kazarov,A. Khomich,G. Kieft,G. Kilvington,Julie Kirk,S. Klous,T. Kohno,S. Kolos,Nikolaos Konstantinidis,A. Kootz,Krzysztof Korcyl,V. M. Kotov,Andreas Kugel,Murrough Landon,A. J. Lankford,L. Leahu,M. Leahu,G. Lehmann-Miotto,M. Le Vine,W. Liu,C. Lowe,Lamberto Luminari,Tadashi Maeno,Reinhard Männer,Livio Mapelli,B. Martin,F. Marzano,Jiri Masik,R. A. McLaren,T.R. McMahon,C. Meessen,Catalin Meirosu,Mikhail Mineev,A. Misiejuk,Roger Moore,P. Morettini,Giuseppe Mornacchi,Marcio Aparecido Muller,R. Murillo-García,Yasushi Nagasaka,Andrea Negri,Aleandro Nisati,C. Osuna,C. Padilla,N. Panikashvili,F. Parodi,Enrico Pasqualucci,T. Pauly,V.J.O. Perera,V. Perez-Reale,J. Petersen,James Pinfold,B. G. Pope,M. Portes de Albuquerque,C. T. Potter,K. Pretzl,D. Prigent,Margherita Primavera,P. Rheaum,Scott H. Robertson,Chiara Roda,Y. F. Ryabov,Daniela Salvatore,C. Santamarina-Rios,D. A. Scannicchio,Carlo Schiavi,J. L. Schlereth,Ingo Scholtes,M. Seixas,Antonio Sidoti,Serguei Sivoklokov,J. Sloper,E. Sole-Segura,Igor Soloviev,R. Soluk,Stefania Spagnolo,R. Spiwoks,Rainer Stamen,S. Stancu,E. Stefanidis,J. A. Strong,Sergey V. Sushkov,Mark D. Sutton,T. Szymocha,Stefan Tapprogge,Shlomit Tarem,Z. Tarem,P. Teixeira-Dias,E. Thomas,Royer Edson Ticse Torres,Francois Touchard,L. Tremblet,N.G. Unel,G. L. Usai,Brigitte Vachon,J. Van Wasen,Wainer Vandelli,L. Vaz Gil Lopes,A. Ventura,Valerio Vercesi,Jos Vermeulen,H. von der Schmitt,Andreas Warburton,Alan Watson,Thorsten Wengler,Per Werner,S. Wheeler,Fred Wickens,Werner Wiedenmann,Monika Wielers,M. Wiesmann,E. E. Woehrling,Xin Wu,Yoshiji Yasu,Mingjian Yu,F. Zema,H. Zobernig +191 more
TL;DR: In this article, the authors present the base-line design and implementation of the ATLAS Trigger and Data Acquisition system, in particular the Data Flow and High Level Trigger components, and the status of the installation and commissioning of the system is also presented.
Journal ArticleDOI
The base-line DataFlow system of the ATLAS trigger and DAQ
Hans Peter Beck,M. Abolins,A. Dos Anjos,M. Barisonzi,Matteo Beretta,Robert Blair,J. A. Bogaerts,H. Boterenbrood,D. R. Botterill,M.D. Ciobotaru,E.P. Cortezon,R. Cranfield,G. Crone,J. W. Dawson,B. Di Girolamo,R.W. Dobinson,Y. Ermoline,M.L. Ferrer,David Francis,Szymon Gadomski,S. Gameiro,P. Golonka,Benedetto Gorini,B. Green,M. Gruwe,S. Haas,C. Haeberli,Yoji Hasegawa,Reiner Hauser,C. Hinkelbein,Richard Hughes-Jones,E. Knezo,P. Jansweijer,M. Joos,Anna Kaczmarska,G. Kieft,Krzysztof Korcyl,Andreas Kugel,Andrew Lankford,G. Lehmann,M.J. LeVine,Weiyue Liu,Tadashi Maeno,M.L. Maia,Livio Mapelli,B. Martin,R. A. McLaren,Catalin Meirosu,A. Misiejuk,R. Mommsen,Giuseppe Mornacchi,M. Muller,Yasushi Nagasaka,K. Nakayoshi,Ioannis Papadopoulos,J. Petersen,Pd.M.L. Pinto,D. Prigent,V.P. Reale,J. Schlereth,M. Shimojima,R. Spiwoks,S. Stancu,J. Strong,L. Tremblet,Jos Vermeulen,Per Werner,Fred Wickens,Yoshiji Yasu,M. Yu,H. Zobernig,M. Zurek +71 more
TL;DR: The base-line design and implementation of the ATLAS DAQ DataFlow system is described, the main components of the Data Flow system, their interactions, bandwidths, and rates are discussed, and performance measurements on a 10% scale prototype are presented.
Proceedings ArticleDOI
ATLAS DataFlow: the read-out subsystem, results from trigger and data-acquisition system testbed studies and from modeling
Jos Vermeulen,M. Abolins,I. Alexandrav,António Amorim,A. Dos Anjos,E. Badescu,N. Barros,Hans Peter Beck,R. E. Blair,D. Burckhart-Chromek,M. Caprini,M.D. Ciobotaru,A. Corso-Radu,R. Cranfield,G. Crone,J. W. Dawson,R.W. Dobinson,Marc Dobson,Gary Drake,Y. Ermoline,Roberto Ferrari,M.L. Ferrer,David Francis,Szymon Gadomski,S. Gameiro,Benedetto Gorini,B.J. Green,M. Gruwé,S. Haas,W. Haberichter,C. Haeberli,Yoji Hasegawa,Reiner Hauser,C. Hinkelbein,Richard Hughes-Jones,M. Joos,Andrei Kazarov,G. Kieft,D. Klose,S. Kolos,Krzysztof Korcyl,Kostantinos Kordas,V. M. Kotov,Andreas Kugel,Andrew Lankford,G. Lehmann,M.J. LeVine,Livio Mapelli,B. Martin,R. A. McLaren,Catalin Meirosu,Mikhail Mineev,A. Misiejuk,Giuseppe Mornacchi,M. Muller,R. Murillo,Yasushi Nagasaka,J. Petersen,B. G. Pope,D. Prigent,Y. F. Ryabov,J. Schlereth,J. Sloper,Igor Soloviev,R. Spiwoks,S. Stancu,J. A. Strong,L. Trembler,Gokhan Unel,W. Vandelli,Per Werner,Fred Wickens,M. Wiesmann,M. Wu,Yoshiji Yasu +74 more
TL;DR: A discussion of the functionality and real-time properties of the ROS is combined with a presentation of measurement and modeling results for a testbed with a size of about 20% of the final DAQ system, together with extrapolations to the full system.
Journal ArticleDOI
The second level trigger of the ATLAS experiment at CERN's LHC
A. Dos Anjos,M. Abolins,S.R. Armstrong,John Baines,M. Barisonzi,Hans Peter Beck,Christopher Bee,Matteo Beretta,Michela Biglietti,Robert Blair,A. Bogaerts,V. Boisvert,Martine Bosman,H. Boterenbrood,D. R. Botterill,Stephanie Brandt,B. Caron,Pilar Casado,G. Cataldi,Donatella Cavalli,M. Cervetto,M. D. Ciobotaru,G. Comune,Alina Corso-Radu,Enrique Palencia Cortezon,R. Cranfield,G. Crone,J. W. Dawson,B. Di Girolamo,A. Di Mattia,M.D. Gomez,R.W. Dobinson,J. G. Drohan,Nicolas Ellis,Markus Elsing,B. Epp,Y. Ermoline,F. Etienne,Speranza Falciano,A. Farilla,M.L. Ferrer,David Francis,Szymon Gadomski,S. Gameiro,Simon George,V. M. Ghete,Piotr Golonka,S. Gonzalez,Benedetto Gorini,B.J. Green,Monika Grothe,M. Gruwe,S. Haas,C. Haeberli,Yoji Hasegawa,Reiner Hauser,C. Hinkelbein,R. E. Hughes-Jones,P. Jansweijer,M. Joos,Anna Kaczmarska,K. Karr,A. Khomich,G. Kieft,E. Knezo,Nikolaos Konstantinidis,Krzysztof Korcyl,W. Krasny,Andreas Kugel,A. J. Lankford,G. Lehmann,M. LeVine,Wei Li,W. Liu,A. J. Lowe,Lamberto Luminari,Tadashi Maeno,M.L. Maia,Livio Mapelli,B. Martin,R. A. McLaren,C. Meessen,Catalin Meirosu,A.G. Mello,G. Merino,A. Misiejuk,R. K. Mommsen,P. Morettini,Giuseppe Mornacchi,E. J. W. Moyse,Marcio Aparecido Muller,Yasushi Nagasaka,Armin Michael Nairz,K. Nakayoshi,Andrea Negri,Nikolay Nikitin,Aleandro Nisati,C. Padilla,Ioannis Papadopoulos,F. Parodi,V. Perez-Reale,J. Petersen,James Pinfold,Philip A. Pinto,G. Polesello,B. G. Pope,D. Prigent,Z. Qian,Silvia Resconi,Stefano Rosati,D. A. Scannicchio,Carlo Schiavi,J. Schlereth,Thomas Schoerner-Sadenius,E. Segura,Joao Seixas,Tara Shears,M. Shimojima,Serguei Sivoklokov,Maria Smizanska,R. Soluk,R. Spiwoks,S. Stancu,Cristian Stanescu,J. A. Strong,Stefan Tapprogge,L. Tremblet,Francois Touchard,Valerio Vercesi,V. Vermeulen,A. T. Watson,Thorsten Wengler,Per Werner,S. Wheeler,Fred Wickens,Werner Wiedenmann,Monika Wielers,Yoshiji Yasu,M. Yu,H. Zobernig,M. Zurek +140 more
TL;DR: In this paper, the authors discuss data flow aspects of the design of the second level trigger (LVL2) and present results of performance measurements, which is designed to profit from commodity computing and networking components.
Journal ArticleDOI
ATLAS DataFlow: the read-out subsystem, results from trigger and data-acquisition system testbed studies and from modeling
Jos Vermeulen,M. Abolins,I. Alexandrov,António Amorim,A. Dos Anjos,E. Badescu,N. Barros,Hans Peter Beck,R. E. Blair,D. Burckhart-Chromek,M. Caprini,M.D. Ciobotaru,A. Corso-Radu,R. Cranfield,G. Crone,J. W. Dawson,R.W. Dobinson,Marc Dobson,Gary Drake,Y. Ermoline,Roberto Ferrari,M.L. Ferrer,David Francis,Szymon Gadomski,S. Gameiro,Benedetto Gorini,B.J. Green,M. Gruwé,S. Haas,W. Haberichter,C. Haeberli,Yoji Hasegawa,Reiner Hauser,C. Hinkelbein,Richard Hughes-Jones,M. Joos,Andrei Kazarov,G. Kieft,D. Klose,S. Kolos,K. Korcyl,Kostantinos Kordas,V. M. Kotov,Andreas Kugel,Andrew Lankford,Giovanna Lehmann Miotto,M.J. LeVine,Livio Mapelli,B. Martin,R. A. McLaren,Catalin Meirosu,Mikhail Mineev,A. Misiejuk,Giuseppe Mornacchi,M. Muller,R. Murillo,Yasushi Nagasaka,J. Petersen,B. G. Pope,D. Prigent,Y. F. Ryabov,J. Schlereth,J. Sloper,I. Soloviev,R. Spiwoks,S. Stancu,J. A. Strong,L. Tremblet,Gokhan Unel,W. Vandelli,Per Werner,Fred Wickens,M. Wiesmann,M. Wu,Yoshiji Yasu +74 more
TL;DR: A discussion of the functionality and real-time properties of the ROS is combined with a presentation of measurement and modelling results for a testbed with a size of about 20% of the final DAQ system, together with extrapolations to the full system.