PPT-SBS DAQ SBS collaboration Meeting

Alexandre Camsonne April 25 th 2018 Outline GMn rates GEp rates Network Counting house disks Tape silo Conclusion 4272018 2 SuperBigbite DAQ and Electronics Alexandre Camsonne. 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. DCBD tool . architecture. Software used. Dynamic . library . loader. EPICS Device . support . modules. DCDB-server. DCDB-client . RPM . packages . & . Build server. Demo. Contents. 2. Intro. 3. Changing parameters. 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. BigBite. and Super . BigBite. Spectrometers in Hall A. Andrew Puckett. University of Connecticut and Jefferson Lab. SBS Collaboration Meeting. July 7, 2014. Outline. Introduction—Semi-Inclusive DIS, TMDs, flavor tagging. J-PET. II PET . Symposium. 2014 . Grzegorz . Korcyl – . Jagiellonian. . University. , Kraków . Introduction. – General DAQ Components. Detectors. Front-End Electronics. Digitizer . electronics. SuperBigbite. Collaboration (draft 1). Goals . The purpose of the . SuperBigbite. (SBS) collaboration is to ensure the. successful running, analysis, and publication of approved experiments. which will use the equipment of the SBS. These SBS-experiments. to the INO Collaboration. B.Satyanarayana, TIFR, . Mumbai. For and on behalf of ICAL electronics team. Parallel Session 1 - ICAL Electronics. Date and time: 11. th. July 2011, 10am . Has a high retention rate.. Easily Adapts to every health client.. A small monthly charge that is affordable for everyone.. No renewals, Rate increases, or support questions.. Benefits to be proud of and no fluff.. Karol Hennessy, . Giovanna Lehmann Miotto. DAQ Status overview. 10 May 2018. DAQ “nations”: Netherlands, UK, US, CERN. Introduction. The . ProtoDUNE. DAQ environment. External interfaces and constraints. Abrahamyan. Yerevan Physics Institute. APEX collaboration . Overview. Requirements. Trigger improvements. DAQ improvements. Summary. 2. 4/22/2014. APEX Collaboration Meeting. HRS Detectors . Central Ray. 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. 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. 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. Andrew Puckett. SBS Weekly Meeting. June 3, 2015. Outline. Recent geometry additions to g4sbs. Recent code improvements. Highlights of recent g4sbs simulation results/analysis. Ongoing projects/status:.