PPT-LHCb Trigger and DAQ in view of upcoming Intel technology

Niko Neufeld CERN IntelCERN Big Data workshop Jul 10 th 2013 Intro These slides are an abridged and somewhat reinterpreted version of a summary of the LHCb upgrade Trigger and DAQ given in May 2013. Using existing FASTBUS & VME electronics. Decrease dead time. Trigger rate 200 kHz (losing events). Plan for 5 kHz readout rate but expect 3 kHz. Idea is that using multiple crates will reduce processing time and we will avoid losing events. Ho Thi Thanh Hien . Lam Vu Thao. 19/08/2011. Agenda. Intel’s . Corporate Values. Intel’s Code of Conduct (COC). Internal programs. External activities. Summary. Intel Values. Customer Orientation. 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. Alessandro . Cerri. (CERN), Ricardo Goncalo (Royal Holloway). The plan. Aim. : give you enough familiarity with the ATLAS trigger and related EDM components. Target. : people with limited or no knowledge of trigger, tools and their effects/features. Approximate Query Processing. Navneet Potti. Jignesh. Patel. VLDB 2015. Outline. Approximate Query Processing. SAQ. DAQ. Bitwise DAQ Scheme. Evaluation. Conclusion. 2. Approximate Query Processing. Data volume is. Lecture 2: The LHC. O. Villalobos Baillie. School of Physics and Astronomy. The University of Birmingham. Introduction to the LHC. Pipelining. Examples . from ALICE. Data Acquisition systems. Commissioning. Lecture 3: The (near) future. O. Villalobos Baillie. School of Physics and Astronomy. The University of Birmingham. September 14th 2013. 2. The Auger experiment. CBM. ALICE run 3. Other considerations. Y. . Benhammou. , D . Lellouch. Requirements . R. ead . sTGC. . (. VMMx. ) and RPC (VME) detectors for beam definition and trigger. Provide framework for detectors being tested (DUT). At least both VME and SRS must be supported. 2. nd. AACL Workshop on DAQ@LHC. Chateau de . Bossey. 12 April 2016. Beat Jost / . Cern. Disclaimer. Of course I cannot give an in-depth description of all aspects of the system. For this an entire day would prob. not be sufficient…. openlab. V . Niko Neufeld, CERN/PH. CERN . openlab. major review Oct. 2014. Data acquisition and online challenges - recap. Online data filtering and processing. (quasi-) . realtime. data reduction for high-rate detectors. University . of . Wisconsin - Madison. 2016/17 CMS Level-1 Trigger. *install in 2017. *. Not shown – fiber optic splitting and patch panels. *. *. Operations 2016. Started the year with the most of the legacy trigger in for one MWGR, . Alexandre Camsonne. April 25. th. 2018. Outline. GMn. rates. GEp. . rates. Network. Counting house disks. Tape silo. Conclusion. 4/27/2018. 2. SuperBigbite DAQ and Electronics Alexandre Camsonne. Alexandre Camsonne. February 23. rd. 2017. Outline. GMn. . GEp. . developement. GEM data reduction. HCAL progress. Fastbus. TDIS. Network upgrade. DAQ disks. SILO capability. Tape cost. Manpower. Simulation work. . 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 ?) .