1. MA 114-09-06PM performance, Adriaan Rijllart Post Mortem data handling and performance Adriaan Rijllart, Beno î t Pannetier, Boris Khomenko, Greg Kruk, Dmitriy Kudryavtsev, Alessandro Raimondo, Hubert Reymond, Nikolai Trofimov PM client data PM server PM viewer ? ?

2. MA 214-09-06PM performance, Adriaan Rijllart Post Mortem data handling and performance Outline 1.PM system dataflow view 2.Data model and formats 3.Transmission 4.Storage 5.Conversion 6.Access 7.Conclusion

3. MA 314-09-06PM performance, Adriaan Rijllart PM PM system dataflow view LoggingAlarms PM analyser Data bases Meas. PMD objectSDDS QPS PM view PC PM view PIC PM view result PM converter and data manager Collection HWC PM viewer Conversion Analysis and display

4. MA 414-09-06PM performance, Adriaan Rijllart PM PM conversion 1 and 2 PMD objectSDDS PMC Collection Conversion 1 PMX 2 PMD file + PMX description file

5. MA 514-09-06PM performance, Adriaan Rijllart Data formatting, collection and storage (v1.0) Data model A set of conventions and rules on structuring the PM data and associated metadata Data collection and storage

6. MA 614-09-06PM performance, Adriaan Rijllart Data transfer speed  Test data: 1540 Kb (FGC)  Client on cfc-sr4-dl4de (LHC FIP gateway), server on cs-ccr-pm1  100 Mb/s connection, pure technical network compresssendwritetotal 50 ms -> 98 Kb12 ms1-2 ms64 ms

7. MA 714-09-06PM performance, Adriaan Rijllart PMD file conversion speed (v1.0)  Test data: 10 signal arrays of different types (length = 10000) + metadata  PMD file size = 172Kb, SDDS ASCII = 712Kb, SDDS bin = 621Kb  Converter (Java) runs on cs-ccr-pm1, all files on the local disk Read PMDuncompressdecodeGenerate SDDS (Greg’s SDDSFile) Total 1-2 ms 52 ms14 ms17 ms binary 325 ms ASCII 85 ms binary 393 ms ASCII

8. MA 814-09-06PM performance, Adriaan Rijllart PMX data converter and manager PMD object SDDS bin + SDDS ascii PM system + + + + PM converter and data manager

9. MA 914-09-06PM performance, Adriaan Rijllart PMD file conversion speed FGC file size 400 kB, QPS file size 100 kB. (1) BinX format change of text strings into numerical codes FGC 700 ms -> 420 ms QPS 150 ms (not affected) (2) binX -> PMX transition FGC 420 ms -> 270 ms (measured for old (5 buffers) data format) QPS 150 ms -> 80 ms (3) Further optimised PMX conversion (and FGC - new format) ascii+bin -> bin only FGC 310 ms -> 100 ms QPS 70 ms -> 30 ms

10. MA 1014-09-06PM performance, Adriaan Rijllart PM analyser and viewer LoggingAlarms Data bases Meas. SDDS bin result PM system HWC PM viewer QPS PMA PC PMA PIC PMA PM analyser Interaction analysis PC PMA view Panel can show Interaction view

11. MA 1114-09-06PM performance, Adriaan Rijllart Reading, analysis and graphing speed LabVIEW on Linux, data read from PMserver using NFS FGC: FGC File reading speed ASCII SDDS, size 1.8 MB, 200 ms. FGC Creating text table with 10 columns and 21000 lines, 4 s. FGC Creating graph with 6 traces 21000 points each, 1 s. QPS: QPS File reading, 500 kB, analysis and output table + graph, 2 s. PIC: PIC (logging DB) reading, size 270 kB, 4.1 s. analysis and table + graph, 15 s.

12. MA 1214-09-06PM performance, Adriaan Rijllart PM multi step analysis sequence QPS PMA PC PMA PIC PMA Express interaction analysis Global analysis QPS PMA PC PMA PIC PMA FlagsAnalog signalsGlobal signalsFinal IST analysis Express PM conclusion Full PM conclusion Time IST conclusion

13. MA 1314-09-06PM performance, Adriaan Rijllart PIC Data Analyser Automatically recognised events within time window. Results displayed in colour. Three events are shown in plots. Events can be selected and the other “scroll” down.

14. MA 1414-09-06PM performance, Adriaan Rijllart QPS data analyser Example: Automatic verification of the QPS tests for quality assurance. 1. The quench detection signal gets driven over the 100 mV threshold. 1 2 2. View of QPS signals to see that the system triggered and the quench heaters fired. 3 3. Automatic analysis of the quench heater discharge (log scale) showing the results. 4 4. Automatic analysis of the event with “passed/not passed” indication.

15. MA 1514-09-06PM performance, Adriaan Rijllart PC Data Analyser 1. Select event 2. Show table 3. Show plot

16. MA 1614-09-06PM performance, Adriaan Rijllart HWC PM analyser QPS PC PIC BI RF HWC PM analyser/viewer System selection System Files Alert BT PMA

17. MA 1714-09-06PM performance, Adriaan Rijllart Extract from HWC test procedure HCP-0002 Circuit typesActionReaction requiredResult of PM analysis Quench heater error OK Quench detector error

18. MA 1814-09-06PM performance, Adriaan Rijllart HWC PM test application

19. MA 1914-09-06PM performance, Adriaan Rijllart PM project: Milestones 1.June ‘06: Data analyser & viewer for QPS, PIC and PC data -> We are late with PC analysis: new buffers, new browser requirements, new directory structure, … 2.Sept. ‘06: Extended PM data storage model for new clients -> Model implemented, testing by BI. 3.Sept. ’06:Dry run, correlation of QPS, PIC and PC data -> Test with Sequencer done in August, but more work is needed to integrate systems analysis into HWC. 4.Oct. ‘06:PM system scaling test, including BI, BT and RF 5.Nov. ‘06:HW commissioning analysis, as defined in LHC-D-HCP-0002 6. During‘07:Analysis for Beam Commissioning -> Discussions about XPOC started