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Streaming Readout X

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Alexandre Camsonne (Jefferson Laboratory), Carl Timmer (Thomas Jefferson National Accelerator Facility), Chris Cuevas (Thomas Jefferson National Accelerator Facility), David Abbott (Jefferson Lab), David Lawrence (Jefferson Lab), Holly Szumila-Vance (JLab), Jeffery Landgraf (BNL), Joachim Schambach (Oak Ridge National Laboratory), Marco Battaglieri (JLab/INFNGE), Markus Diefenthaler (Jefferson Lab)
Description

“Streaming Readout X” is the tenth workshop on the development of streaming readout technologies for the Electron-Ion Collider (EIC) and other Nuclear Physics experiments. The workshop is organized by the EIC Streaming Readout Consortium and will be hosted by Jefferson Lab as a hybrid meeting from May 17–19. 

Following up on the review of the detector collaboration proposals for the EIC and the ongoing collaboration formation to support the realization of the EIC project detector, we will examine the implications for the streaming readout requirements and plans. In the workshop, we will review the progress on streaming readout electronics, computing, and software and discuss the future priorities for the EIC Streaming Readout Consortium. Part of the workshop will be a mini townhall meeting on streaming readout technologies of the NHEP community. 

Registration for "Streaming Readout X" is free and encouraged to receive updates on the hybrid format and the agenda. 

Live Notes
Registration
Streaming Readout X
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Participants
  • Alexandre Camsonne
  • Benedikt Hegner
  • Benjamin Raydo
  • Bineta Amar
  • Brad Sawatzky
  • Bryan Moffit
  • Carl Timmer
  • Carlos Ayerbe Gayoso
  • Chris Cuevas
  • Chris Perkins
  • Christian Videbaek
  • Christine Ploen
  • Christopher Crawford
  • Cristiano Fanelli
  • David Abbott
  • David Lawrence
  • Deepak Samuel
  • Douglas Higinbotham
  • Dr. Ayman Al-bataineh
  • ebode onyie fabien
  • Ed Jastrzembski
  • Elke-Caroline Aschenauer
  • Esko Mikkola
  • Ethan Cline
  • Fernando Barbosa
  • giacomo ottonello
  • Graham Heyes
  • Hamlet Mkrtchyan
  • Holly Szumila-Vance
  • Irakli Mandjavidze
  • Isar Mostafanezhad
  • Jan Bernauer
  • Janusz Chwastowski
  • Jeff Landgraf
  • Jin Huang
  • Joachim Schambach
  • Joe Osborn
  • Kevin Flood
  • Kondo Gnanvo
  • Krzysztof Korcyl
  • Laura Cappelli
  • Lynn Wood
  • Marco Battaglieri
  • Markus Diefenthaler
  • Martin Purschke
  • mike goodrich
  • Ming Liu
  • Mitra Shabestari
  • Naomi Jarvis
  • Nicholas Zachariou
  • Nick Sandoval
  • Niko Neufeld
  • Peter Monaghan
  • Rachel Montgomery
  • Rajeev Singh
  • Rolf Ent
  • RONGLONG FANG
  • Sergey Furletov
  • Shengquan Tuo
  • Swapnesh Khade
  • Tanja Horn
  • Tanmay Pani
  • Thomas Boettcher
  • Thomas Madlener
  • Torre Wenaus
  • Torri Jeske
  • Vardan Gyurjyan
  • William Gu
  • Wojciech SLIWINSKI
  • Wouter Deconinck
  • Yatish Kumar
  • Yu Hu
  • Yulia Furletova
  • Zhenyu Ye
  • Tuesday, May 17
  • Wednesday, May 18
    • Session 4: Streaming Readout Data
      Conveners: Carl Timmer (Thomas Jefferson National Accelerator Facility), JOACHIM SCHAMBACH (Oak Ridge National Laboratory)
      • 17
        Using ZeroMQ to Implement Communication Middleware
        Speaker: Dr Wojciech Sliwinski (CERN)
        JLab-CMW-ZeroMQ-18May2022.pdf
        JLab-CMW-ZeroMQ-18May2022.pptx
      • 18
        Discussion
      • 19
        Data Handling in Allen at LHCb

        In Run 3 of the LHC, the upgraded LHCb detector will collect data with a triggerless readout system. As a result, the full 30 MHz LHC event rate will be processed in software. LHCb will confront this unprecedented computing challenge using a GPU-based software trigger called Allen. The use of triggerless readout and GPUs will allow LHCb to expand its physics program in Run 3 and beyond, but the transition also presents the challenge of adapting to a new computing model. In this talk, I'll present Allen and discuss how we have approached the challenges of implementing a high-throughput software trigger on GPUs. In particular, I'll focus on how we have redesigned our algorithms and data structures to take full advantage of massive parallelization.

        Speaker: Dr Thomas Boettcher (University Of Cincinnati)
        boettcher_allen_StreamingReadoutX.pdf
      • 20
        Discussion
      • 10:30 AM
        Break
      • 21
        Creation and Handling of Data Models with PODIO
        Speaker: Benedikt Hegner (CERN)
        PODIO_StreamingReadout.pdf
      • 22
        Discussion
      • 23
        Data Handling in ALICE O2
        Speaker: Dr Giulio Eulisse (CERN)
        2022-05-eic-workshop.pdf
      • 24
        Discussion
    • 12:30 PM
      Lunch (On Your Own)
    • Session 3: Streaming Readout Electronics
      Conveners: Alexandre Camsonne (Jefferson Laboratory), Chris Cuevas (Thomas Jefferson National Accelerator Facility)
      • 25
        ASIC and Microelectronics: Requirements and Design Process Considerations
        Speaker: Dr Gabriella Carini (BNL)
        JLAB_WS_GCarini_20220518.pdf
      • 26
        Discussion
      • 27
        Global Timing Specifications
        Speaker: Jin Huang (Brookhaven National Lab)
        Timing system.pdf
      • 3:00 PM
        Coffee Break
      • 28
        Streaming Readout Electronics: Insights on FEE organization and specifications
        Speaker: Dr Irakli Mandjavidze (CEA Saclay)
        220518_SroX_FrontEnd_IM.pdf
      • 29
        Discussion
      • 30
        Front End Electronics: Insights on Cost and Schedule
        Speaker: Fernando Barbosa (Jefferson Lab)
        Streaming Readout X FEE 18May2022.pptx
      • 31
        Discussion
    • 32
      Workshop Dinner
  • Thursday, May 19
    • Session 5: Streaming Readout in NHEP
      Conveners: Marco Battaglieri (JLab/INFNGE), Markus Diefenthaler (Jefferson Lab)
    • 12:30 PM
      Lunch (On Your Own)
    • Streaming Readout Community
      Conveners: David Lawrence (Jefferson Lab), Markus Diefenthaler (Jefferson Lab)
      • 45
        Discussion: Next Steps
      • 46
        Conclusions of "Streaming Readout X"
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