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Experiment Data Processing at GSI

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Experiment Data Processing at GSI. Status Reports. Data Acquisition Hardware Software Slow Control Data Analysis LeA Go4. Jan Hoffmann Nikolaus Kurz Holger Brand Jörn Adamczewski Mohammad Al-Turany Denis Bertini. Data Acquisition Hardware.

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Experiment Data Processing at GSI

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  1. Experiment Data Processing at GSI Hans G. Essel, GSI: HGF@FZK

  2. Status Reports • Data Acquisition Hardware • Software • Slow Control • Data Analysis LeA Go4 Jan HoffmannNikolaus KurzHolger BrandJörn AdamczewskiMohammad Al-TuranyDenis Bertini Hans G. Essel, GSI: HGF@FZK

  3. Data Acquisition Hardware J. Hoffmann • ·Gerätebus – GTB. • ·GTBC1 - CAMAC – GTB Controller. • ·VGC VSB – GTB Interface. • ·PCISI, PCI – GTB Controller. • ·SAM3 Modul (VME, DSP, GTB). • ·TRIVA, TRICA Trigger Module. • ·HADES MDC – Readout. • ·AMUX1 GTB – ADC Multiplexer. Hans G. Essel, GSI: HGF@FZK

  4. Data Acquisition Hardware J. Hoffmann VME PMC VGC Trigger Memory SAM Camac Trigger GTBC CPU CPU GTB Device Camac Trigger GTBC PC - PCISI PC Camac Trigger GTBC Hans G. Essel, GSI: HGF@FZK

  5. Data Acquisition Hardware • Gerätebus – GTB. • ·       Punkt zu Punkt Verbindung. • ·       16 Bit Adressen und Daten gemultiplexed. • ·       Memory maped und DMA Modus. • ·       Bis zu 100 m Entfernungen. • ·       Differentiale Übertragung. • ·       Robuste Mechanik. • Neu Gerätebus – GTB 32: • ·       Bis zu 16 Module auf einem GTB Strang. • ·       Ein Master Modul und bis zu 15 Slaves. • ·       32 Bit Adressen und Daten gemultiplexed. • ·       Interrupt vom Slave zu Master.Status: Memory Maped Modus implementiert und getestet. Hans G. Essel, GSI: HGF@FZK

  6. Data Acquisition Hardware GTBC1 : CAMAC – GTB Controller. ·       Doppel Breites CAMAC Modul. ·       CBV Nachfolger, gleiche Funktionalität. ·       GTB basierend. ·       Bis zu 15 GTBC Module an einem GTB möglich. ·       Bis zu 100 m Entfernung. GTBC2 : CAMAC – GTB Controller.  ·       10 Mbit Ethernet Anchluß. ·       Volle Funktionalität. ·       GTB Interrupt. Status: ·       4 Module GTBC1 Prototype getestet. ·       GTBC2 in Entwicklung. Hans G. Essel, GSI: HGF@FZK

  7. Data Acquisition Hardware VGC : VSB – GTB Interface. ·VSC Nachfolger, Gleiche Mechanik. ·Master und Slave Funktion. ·Terminierter GTB Anschluß. ·VGC zu VGC Verbindung möglich. ·Bis zu 100 m Entfernung. Status: ·4 Module VGC1 Prototype getestet. ·VGC2 in Produktion. Hans G. Essel, GSI: HGF@FZK

  8. Data Acquisition Hardware PCISI : PCI – GTB Controller. ·       Standard PC - PCI Karte. ·       16 Bit GTB. ·       DSP und Speicher. ·       PLX 9050 Slave PCI Kontrollor . ·       GTB Master Funktion. PCISI32 : PCI – GTB Controller ·       GTB32. ·       PLX 9054 Master-Slave PCI Kontrollor, DMA fähig. ·       GTB Interrupt. ·       GTB Master und SlaveFunktion. Status: ·       10 Module PCISI1 Prototype getestet. ·       PCISI32 in Entwicklung. Hans G. Essel, GSI: HGF@FZK

  9. Data Acquisition Hardware SAM2: ·VME Modul. ·Punkt zu Punkt Verbindung. ·Zwei GTB Master Schnittstellen. ·50 MHz C40 DSP. SAM3: ·Zwei GTB32 Master-Slave Schnittstellen. ·VME DMA fähig. ·VME Master Funktion. ·Zwei 150 MHz C6701 DSP. Status: ·In Enwicklung.Mehrere Funktionen getestet Hans G. Essel, GSI: HGF@FZK

  10. Data Acquisition MBS N. Kurz, H.Essel • ·Test VGC –GTBC1 • ·Test PCISI – GTBC1 • ·Test RIO3 (Lynx 3.1) • ·Upgrade Lynx 3.1 • ·Message queues, shared memory • ·LeA inside MBS Hans G. Essel, GSI: HGF@FZK

  11. Data Acquisition MBS • ·Test VGC –GTBC1Replacement for VSB/VSC CAMAC-VSB interfaces Cost: 3 kDM • ·Test PCISI – GTBC1 50 kHZ to 2 Mb/s Cost: 6 kDM (incl. PC) Hans G. Essel, GSI: HGF@FZK

  12. Data Acquisition MBS • ·Test RIO3 (Lynx 3.1)after several problems still poor single shot VME performance 4 Mb/s. DMA 1.5 better than RIO2 • ·Upgrade Lynx 3.1Changes in POSIX! • ·Message queues, shared memoryLinux conform Hans G. Essel, GSI: HGF@FZK

  13. Data Acquisition MBS ·LeA inside MBSSame analysis in MBS, on Linux, AIX, VMS MBS without graphics (Histogram server) Hans G. Essel, GSI: HGF@FZK

  14. Slow Control H. Brand • New product evaluation • Rhapsody real time development • ProjectsLaser Phelix Target scanner Hans G. Essel, GSI: HGF@FZK

  15. Slow Control Systems Hans G. Essel, GSI: HGF@FZK

  16. Slow Control Systems Hans G. Essel, GSI: HGF@FZK

  17. Slow Control Rhapsody Use Cases Hans G. Essel, GSI: HGF@FZK

  18. Slow Control Rhapsody State Chart Hans G. Essel, GSI: HGF@FZK

  19. Slow Control Rhapsody Program Hans G. Essel, GSI: HGF@FZK

  20. Slow Control Projects Hans G. Essel, GSI: HGF@FZK

  21. Slow Control Target Scanner Hans G. Essel, GSI: HGF@FZK

  22. Slow Control Target Scanner Hans G. Essel, GSI: HGF@FZK

  23. Slow Control Target Scanner Hans G. Essel, GSI: HGF@FZK

  24. Slow Control Target Scanner Hans G. Essel, GSI: HGF@FZK

  25. Slow Control Target Scanner Hans G. Essel, GSI: HGF@FZK

  26. Slow Control Phelix Hans G. Essel, GSI: HGF@FZK

  27. Slow Control Phelix Hans G. Essel, GSI: HGF@FZK

  28. Slow Control Phelix Hans G. Essel, GSI: HGF@FZK

  29. Analysis J. Adamczewski, M. Al-Turany, D. Bertini, H.Essel • LeA • Histogram server/clients • Go4 Hans G. Essel, GSI: HGF@FZK

  30. Analysis: LeA Hans G. Essel, GSI: HGF@FZK

  31. Analysis: Histogram client/server Server MBS LEA GOOSY Histogram API Clients GUI LEA Origin Go4 Hans G. Essel, GSI: HGF@FZK

  32. Analysis: Go4 • Multitask Multithread finished • Event Classes designed, testing • GUI basic classes designed, testing • Interface ROOT/qt implemented, testing • Together in production Hans G. Essel, GSI: HGF@FZK

  33. Go4 Tasks/Threads Mixture of tasks, threads and communications Transport Analysis task Display task X-Events() Command GUI X timer cancel/restart Event Loop Exec Command Graphics Data Draw Objects Status Objects Logger 1 DAQ Logger 2 Hans G. Essel, GSI: HGF@FZK

  34. Analysis: Go4Packages ThreadManager TaskHandler Event GUI Analysis Hans G. Essel, GSI: HGF@FZK

  35. Analysis: Go4TaskHandler Client TaskManager TaskHandler ControlThreads Server Display GUI Analysis Threads Hans G. Essel, GSI: HGF@FZK

  36. Analysis: Go4 Thread manager ThreadHandler ExceptionHandling Runnable Thread ThreadManager Hans G. Essel, GSI: HGF@FZK

  37. Analysis: Go4 Analysis Client Analysis AnalysisStep AnalysisThread Event Classes WatchThread Hans G. Essel, GSI: HGF@FZK

  38. Analysis: Go4 Event Event Store Event Source Event Element Event Process Factory Event Parameter Hans G. Essel, GSI: HGF@FZK

  39. Slots GUI Window Window3 AnalysisGUI Singleton Status Window4 Window2 Hans G. Essel, GSI: HGF@FZK

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