1 / 9

TB2004 DAQ Code Development

TB2004 DAQ Code Development. Status & Prospect. Contents. TB status run control peripheral/FED crate DAQ column HCAL integration prospect idem. 1: Emu RunControl. a.k.a TrackFinder GUI XDAQ v2 framework fully operational and tested. 1: PC/FED Control Status.

carter
Télécharger la présentation

TB2004 DAQ Code Development

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. TB2004 DAQ Code Development Status & Prospect

  2. Contents • TB status • run control • peripheral/FED crate • DAQ column • HCAL integration prospect • idem TB2004 DAQ Code Development

  3. 1: Emu RunControl • a.k.a TrackFinder GUI • XDAQ v2 framework • fully operational and tested TB2004 DAQ Code Development

  4. 1: PC/FED Control Status • new CCB, new TMB, various firmware upgrades (TMB, DMB, MPC) • 4 chamber + 1 RPC readout • single/multiple crate configuration • updates fed back to DCS (new hardware) • DCS integration initiated • communication protocol between DCS and PC-control • TMB timing tools, derived from PC-lib TB2004 DAQ Code Development

  5. 1: EmuDAQ Column • CMS DAQ structure • XDAQ v2 platform • EVBOut/BU/RU/EmuFED column fully operational & tested TB2004 DAQ Code Development

  6. 1: EmuDAQ Column (cont’d) • EventBuilder • adaptation by Ichiro Suzuki • prototype for CMS, used by HCAL too. • Full EmuDAQ column tested • No more time for SPFED column integration • SPFED has still VME-based readout (as opposed to DDU) • DDU-to-BigPhysArea kernel module issue • most likely an SMP kernel problem, resulting in BigPhysArea data corruption • issue solved for EmuFED-standalone and EmuDAQ-column data. • provisional fix (memory leak in return) • however, eth_hook still capable of hanging a (random?) process resulting in 100% cpu-usage on one of the 4 CPUs. TB2004 DAQ Code Development

  7. 130Gb of data collected in various DAQ modes raw reader from bigphysarea device debugging purposes EmuFED-based standalone reader debugging purposes EventBuilder based EVB output official output data sample sizes: ddudumper (raw reader): 64Gb hardwareDumper: 57.4Gb EVBOutput: 11Gb SPFed data: 0.5Gb 1: EmuDAQ TB2004 Data TB2004 DAQ Code Development

  8. 2: HCAL+EMU integration prospect • Continue integration TF+FED event building • hook-up the SPFED DAQ column (DDU or VME?) • Integrate with HCAL EventBuilder • make sure we are still on the same track • Continue to investigate DDU-to-BigPhysArea • Fully integrate DCS and PC-control: • have both use the same library • prevents out-of-phase and parallel development of software for the same hardware • allows easier solutions for PC access control • DCS-control of PC access • Continue to enhance existing and develop new features for (Emu) RunControl • configuration and conditions dBase updates • Start actively documenting all relevant modules. • doxygnize the code TB2004 DAQ Code Development

  9. 2: HCAL+EMU Fall Test Questions • Dynatem-360 replacement? • API is needed well ahead of time • significant effect on DCS and PC-control • HAL based? • New DDU/DCC • API is needed, preferably ahead of time • SP readout through DDU? TB2004 DAQ Code Development

More Related