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MACS week 2/2011 status report (@ nearly end of CWO-3)

the best people make cosylab. MACS week 2/2011 status report (@ nearly end of CWO-3). Joze Dedic ( joze.dedic@cosylab.com ) … on behalf of CSL MA team. In this presentation. overview MAPS iLLRF NI performance tests. Overview. acceptance peak load by the end of CWO-3

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MACS week 2/2011 status report (@ nearly end of CWO-3)

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  1. the best people make cosylab MACS week 2/2011status report(@ nearly end of CWO-3) Joze Dedic (joze.dedic@cosylab.com) … on behalf of CSL MA team

  2. In this presentation overview MAPS iLLRF NI performance tests Cosylab 2011

  3. Overview • acceptance peak load by the end of CWO-3 • ¼+ tickets already ACP • remaining ~¾ • ~½ close collaboration of both teams • ~½ “granted” (preceding stages of tickets falling into previous category & mngmnt) Cosylab 2011

  4. Status reports Cosylab 2011

  5. CSL_team.count() = 19 • 19 people are seriously involved (not all full time) in at least one of the MA sub-projects • projects: PCC, REDNET, FECOS, iLLRF, IS, MAPS • “technologies”: LabVIEW, VHDL, DSP, C#, MA-CM • training such a pool of MA-educated resources: • requires careful planning for next CWO • CSL has ~36 developer/engineering FTEs • causes occasional hiccups • IS hiccup • Tilen is recovering from surgery • Rok stepped in for IS • Tillen is supposed to be back (for two weeks) the next week • we are doing all we can to help meet MA milestones Cosylab 2011

  6. MSE MAPS Cosylab 2011

  7. Work done Work in progress quite some bug/support TRAC tickets resolved finalized IPv6 support code SIM and MAPS installer MAPIDD document (just updated after the review) LabVIEW SIM TCP/IP read improved and reconnect implemented Connection handling (alive checks) and SIM message 32-bit alignment just implemented (C# part only) MAPS user manual

  8. Work to be done • MAPS test plan done, but needs a final touch work • connection handling (alive checks) and SIM message 32-bit alignment to be implemented in LabView • small amount of available effort (~days) still available • should be defined what to be done ASAP to avoid “last minute panic” • acceptance of the remaining tickets foreseen for mid-July • no big effort foreseen for MA team here

  9. KVO iLLRF Cosylab 2011

  10. Completed tasks Study LLRF requirements and architecture Not very extensive Thomson LLRF documentation – hard to study and understand, lot of time spent Considering RT LabView but dropped, luckily doesn’t change much regarding requirements and A&D Finalized Architecture & Design document Race condition issue took some time, but solved LLRF trigger PCB design for MRF universal IO adapter – signal convert only 5 adapters received from production, finalized Pulse generation logic inside MTR’s FPGA ITC – trigger FECOS component completed ITC XML document prepared, reviewed by RMO Cosylab 2007

  11. Completed tasks – contd. ILC Configuration of LLRF through TINE based on XML & PVSS Error handling ILC XML document is growing as part of ILC implementation Received D-LLRF TINE simulator, installed and it starts up At first no simulator was foreseen Used in-house TINE simulator with single field to test connection D-LLRF simulator came late but still on time Valuable for development and initial testing TINE->LabView TINE.dll implemented Not working on RT LabView => decided to go with WinXP LabView Simple tests carried out No support for arrays – can be done in CWO-4 No support for asynchronous callbacks – investigation needed Cosylab 2007

  12. Yet to be done in CWO-3 ILC – should be completed on time (2011-07-22) Verify that D-LLRF simulator is working as expected Measurements Maybe measurements not available with simulator Custom commands Finalize ILC XML Define test cases – should be completed on time (2011-07-22) Testing with D-LLRF simulator Around 5 people involved Spent ~60% of estimated effort On time with due dates PM… Cosylab 2007

  13. LSE NI performance tests Cosylab 2011

  14. Work to be done; measurement scenarios • files (sequences) • 1, 300 • parallelism • concurrent, sequential • from -> to variations / how • HDD -> PXI controller RAM • PXI controller RAM -> FlexRIO RAM • using DMA or not • file sizes variations: • worst case (file size 1 MB kB) • typical case (file size 40kB / 100kB) • controllers • PXI-8110, PXI-8102, PXI-8108 Cosylab 2011

  15. Other presentations for CSL work… REDNET, PCC & FED, IS, Rok FECOS, Miha C#, Roland Cosylab 2011

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