Streaming Readout X

May 17, 2022, 9:00 AM → May 19, 2022, 3:00 PM US/Eastern

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)

“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

Tuesday, May 17

Session 1: Streaming Readout Status

Conveners: Holly Szumila-Vance (JLab), Dr Jeffery Landgraf (BNL)

1 History of the EIC Streaming Readout Consortium

Speaker: Marco Battaglieri (JLab/INFNGE)

SRO-X-battaglieri.pdf

2 Discussion

3 EIC in the Streaming / AI Era

Speaker: Rolf Ent (JLab)

Streaming_Readout_X_heterogeneous_computing_v2.pdf

Streaming_Readout_X_heterogeneous_computing_v2.pptx

4 Discussion

10:20 AM Coffee Break

5 Streaming Readout Requirements: Detector Rates and More

Speaker: Alexandre Camsonne (Jefferson Laboratory)

Detector1_DAQ_Streaming_Readout_rates_more_final_Camsonne.pdf

6 Discussion

7 Streaming Readout Requirements: Seamless Data Processing from DAQ to Analysis

Speaker: David Lawrence (Jefferson Lab)

2022.05.17.eic_computing_SRO_X.pdf

slides

8 Discussion

12:30 PM Lunch (On Your Own)

Session 2: Streaming DAQ

Conveners: Carl Timmer (Thomas Jefferson National Accelerator Facility), David Abbott (Jefferson Lab)

9 LHCb DAQ System Overview and Experience

Speaker: Dr Niko Neufeld (CERN)

Streaming_Readout_X_LHCb_DAQ_05-2022.pdf

10 Discussion

11 The Streaming DAQ implementation for CODA at Jefferson Lab

Speaker: David Abbott (Jefferson Lab)

SRO Developments for CODA at JLAB.pdf

SRO Developments for CODA at JLAB.pptx

12 Discussion

3:00 PM Break

13 The DAQ and Online System for the ECCE Proposal at EIC

Speaker: Martin Purschke (BNL)

ECCE_DAQ_SRO2022.pdf

14 Discussion

15 The DAQ and Online System from the Athena Proposal at EIC

Speaker: Jeff Landgraf (Brookhaven National Laboratory)

StreamingWorkshopX.pdf

StreamingWorkshopX.pptx

16 Discussion

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)

33 4D Track Reconstruction in Streaming Readout at sPHENIX

Speaker: Joe Osborn (Oak Ridge National Laboratory)

sPHENIX4DTracking.pdf

34 Discussion

35 ERSAP

Speaker: Vardan Gyurjyan (Jefferson Lab)

SRO-X.pptx

36 Discussion

37 Update from TRIDAS

Speaker: Dr Laura Cappelli (lcappelli@cnaf.infn.it)

Cappelli-Tridas-SROWX.pdf

38 Discussion

10:30 AM Coffee Break

39 ML on FPGA for real-time particle identification

Speaker: Sergey Furletov (Jefferson Lab)

MLFPGA_Streaming_X_2022_05_19_w.pdf

40 Discussion

41 Online Multiscale Method for Change Detection in Automated Data-Quality Monitoring

Speaker: Ronglong Fang

Multiscale_Method_for_Change_Detection_in_Automated_Data_Quality_Monitoring_modify__representation_05_19.pdf

42 Discussion

43 ML for Calibration and Controls

Speaker: Torri Jeske (JLAB)

SRO_Jeske.pdf

SRO_Jeske.pptx

44 Discussion

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"