PPT-Trigger & DAQ for Hadron Collider Physics

Sridhara Dasu U Wisconsin Madison Outline General Introduction to Detector Trigger amp DAQ Introduction to LHC Trigger amp DAQ Challenges amp Architecture LHC Experiments Trigger . 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. Challenges and Achievements. Mikhail . Bashkanov. University of Edinburgh. UK Nuclear Physics Summer School. I. Outline of the course. Lecture 1: . Hadron Physics. Experiments: new toys – new knowledge (progress in particle detector systems). . 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. Chris Crawford. Aaron Sprow. Overview. DAQ requirements / selection process. NI DAQ system. Architecture and hardware. Local and global triggers. Interfaces: GUI / Slow control / Postprocessor. Contract with NI. 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. DAQ for. Hadron Collider Physics. Sridhara . Dasu. U. . Wisconsin . – . Madison. Outline. :. General Introduction to Detector Trigger & DAQ. Introduction . to LHC Trigger & DAQ. Challenges & Architecture. David . Neuffer. November 2013. 2. Outline. Front End. “. Muon. Collider” versions. 325 MHz. Add Chicane/Absorber. rematch. . Fermilab. PIP X 4 . Linac. , Accumulator, Compressor run at 15 Hz – 4 bunches . Dr. Venkat Kaushik. 2016-01-15 . Today’s Topic. Introduction to Large Hadron Collider (LHC). How do justify the need for LHC?. Why hadron? Why large ?. Layout. Design of LHC. Important parameters of LHC. Alexandre Camsonne. Workshop on . Future. . Trends in . Nuclear Physics Computing. March 17. th. 2016. JLab DAQ . specifics. Almost . continuous. . machine : 499 MHz repetition rate usually prevents to trigger on beam crossing like at collider usually trigger on detector. Jorgen Christiansen PH-ESE. 1. Getting data into DAQ. 2. CPU. CPU. CPU. CPU. CPU. CPU. Switching network. Front-end DAQ interface. Front-end DAQ interface. Front-end DAQ interface. Front-end DAQ interface 1. . . (The . theory. . activities. . within. INFN). Maria Colonna . Laboratori Nazionali del Sud (Catania. ). . Heavy. . Ion. . Collisions. QGP . phenomenology. . Neutron. . stars. . Hadron. 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. . 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 ?) .