PPT-Trigger-less and reconfigurable data acquisition system for

JPET II PET Symposium 2014 Grzegorz Korcyl Jagiellonian University Kraków Introduction General DAQ Components Detectors FrontEnd Electronics Digitizer electronics. . . BHAKRA BEAS MANAGEMENT BOARD. BBMB – . Satluj. & Beas Basins. 2. Introduction. BBMB Catchments and Sub-catchments. 3. Introduction. RTDSS - Introduction. BBMB – Responsible for management and operation of . for Adaptive Fault Tolerance. Shaon. . Yousuf. Adam Jacobs. Ph.D. . . Students. NSF CHREC Center, University of Florida. Dr. Ann Gordon-Ross. Assistant Professor of ECE. NSF CHREC Center, University of Florida. A. decomposition . of the IceCube . DAQ in a small number of incredibly information-dense slides. IceCube DAQ Review. 2010/11/17. . Kael . Hanson. DAQ Design Goals. IN. Performance: yes. Maintainability: yes, probably, once we finally get to maintenance mode. Texas A&M University. o. n behalf of the GEM Collaboration. Impact of . GEM . detector on. Forward muon . Triggering. Forward region |. h. |>1.6 trigger relies entirely on the CSC system. CSC is . Chris Morales. Kaz . Onishi. 1. Wireless Sensor Networks. Expected to be :. Autonomous. Low Power. Context aware. Flexible. Can have thousands of nodes spread out. Makes development and support complicated. DAQ for. Hadron Collider Physics. Sridhara . Dasu. U. . Wisconsin . – . Madison. Outline. :. General Introduction to Detector Trigger & DAQ. Introduction . to LHC Trigger & DAQ. Challenges & Architecture. for Adaptive Fault Tolerance. Shaon. . Yousuf. Adam Jacobs. Ph.D. . . Students. NSF CHREC Center, University of Florida. Dr. Ann Gordon-Ross. Assistant Professor of ECE. NSF CHREC Center, University of Florida. . . BHAKRA BEAS MANAGEMENT BOARD. BBMB – . Satluj. & Beas Basins. 2. Introduction. BBMB Catchments and Sub-catchments. 3. Introduction. RTDSS - Introduction. BBMB – Responsible for management and operation of . Sergey . Boyarinov. July. 11, . 2018. DAQ/. Trigger. . systems overview. Operational requirements and achieved performance. Remaining issues and path forward. Hardware and spares . status. 1. DAQ. /Trigger Hardware. Niko Neufeld, CERN. Intel/CERN Big Data workshop, Jul 10. th. 2013. Intro. These slides are an abridged and somewhat re-interpreted version of a summary of the LHCb upgrade Trigger and DAQ given in May 2013. J. Bayer. a. , . M. Bertaina. b. , A. Cummings. c. , J. Eser. c. , F. Fenu. b. , A. Jung. d. , M. Mignone. b. , H. Miyamoto. b. , K. Shinozaki. b . for the JEM-EUSO Collaboration. a) IAAT Tuebingen - Germany, b) University & INFN Torino – Italy, c) Colorado School of Mines - US, d) APC Univ. Paris Diderot - France. . AsyEos-II experiment. Forward. Wall. . set-up for the ASY-EOS II experiment . Problem. :. several devices controlled by different DAQ. . Envisaged. :. a common trigger for all subsystems, a common DAQ supervisor (probably the local DAQ (MBS ?) . .. D.N.Bogoslovsky. , . V.Yu.Rogov. , . S.V.Sergeev. , . V.I.Yurevich. BM@N trigger system components (I). HI beam. Scintillation Detector. Photodetector. Scintillator. Operation in magnetic field. S. ystem for longitudinal beam observation. Pawel Kozlowski. Supervisor: Alexandre . Lasheen. Acknowledgements: . Heiko. . Damerau. , . Valter. Costa. , . Ioan. . Kozsar. , Konstantinos . Iliakis.