PR a-JGU, October 3rd, 2011 J. Gutleber 1 WP CO Progress and Status Q2-Q October 3rd, 2011 Johannes Gutleber

Summary RMS became operational! Baseline release carried out manually T-2 software development lags behind Continuous integration has highest priority PR a-JGU, October 3rd, 2011 J. Gutleber – The year in which we conclude! Core functionality by end of year

ROADMAP PR a-JGU, October 3rd, 2011 J. Gutleber

Roadmap Towards Commissioning PR a-JGU, October 3rd, 2011 J. Gutleber /2011 Auto Column 06/2012 Controls Container 12/2012 Functional release 12/2010 Column demo 12/2010 Column demo 03/2013 Commissioning 09/2011 ITS intermediary release /2012 Start IT installation 10/2012 Start CO installation

High-Level Goals End 2011 – Functional Column MTS-PCC-FED + Configuration + SCADA + ProShell Ion Source integrated, iLLRF in 01/2012 June Control system functionally complete MTS-PCC-FED final hardware configuration at CERN running Configuration chain complete (device specs, cycle generator) All SCADA software complete ProShell procedure templates and manuals delivered iLLRF integration demonstrated SADS, sLLRF, beam stoppers, spec. mag. Positioning as mock ups March Integrated control system Control system operational at facility site Integrated with all existing front-end equipment PR a-JGU, October 3rd, 2011 J. Gutleber 5

Milestones M1 First release of control system software in week 39, 2011 M2 Control System VM + ion source control system delivered on November 14, 2011 (week 46) M3 Operate column autonomously in week 50, 2011 M4 Control system core in daily operation end January 2012 M5 Controls Container operational end May 2012 Full control system in container at CERN M6 Transition release delivered in December 2012 All software and systems ready for controls commissioning M7 BEACOM control system commissioning on site 2013 January to March 2013 integration and testing on site System ready for beam commissioning end March 2013 PR a-JGU, October 3rd, 2011 J. Gutleber 6

M1 – First Manual Release September 26 – 29, 2011 All software needed for ITS packaged Documented for manual installation Baselined in SVN VM with SCADA and associated tools to be given to ITS FECOS frozen (apart from 2 CRs affecting states/modes/user) RMS and database operational (ready to be filled) Elements, cables, racks RMS tools for viewing data available ProShell can perform a “run” with timing system emulator PR a-JGU, October 3rd, 2011 J. Gutleber 7

M2 – Ion Source Controls November 14-25, 2011 Ion source control system operational for continuous wave System configuration for ITS in RMS (VAcc, WS) Ion source configuration in RMS Tier 2 automatically configured for operation WinCC OA, VAA, MAPS Faraday cup readout and data sent via MAPS displayed Data may be emulated if no FCN available PR a-JGU, October 3rd, 2011 J. Gutleber 8

M3 – Column Operation December 12-16, 2011 CERN team operates entire column autonomously Components: RMS and tools (importers, exporters, viewer) Cycle generator provides timing sequences and waveforms WinCC OA and associated scripts and panels Final MTS with generator and receiver on PXI target system Final PCC on PXI target system, FlexRIO, FED VAA with all logic completed ProShell performs the run PR a-JGU, October 3rd, 2011 J. Gutleber 9

M4 – Control System Functional January 16-20, 2012 The following developments are concluded: MTS, PCC, FlexRIO (ordered), FED (ordered), baseboard (ordered) Ion Source FEC tested at CERN, iLLRF FEC tested at CERN The following components are in routine operation: RMS with initial data and all magnets+PCOs filled (not all data) RMS importer/exporter, RMS viewing tools Cycle generator (MAD-X integrated for tuning, standalone operation) ProShell (spectrum measurement tested) PR a-JGU, October 3rd, 2011 J. Gutleber 10

Next Project Milestones October 2011 Control system setup ready for source tests November December 2011 Entire PCC chain functioning for autonomous operation December 12 PR a-JGU, October 3rd, 2011 J. Gutleber 11

Injector Test Stand PR a-JGU, October 3rd, 2011 J. Gutleber 12

PR a-JGU, October 3rd, 2011 J. Gutleber 13 DEVELOPMENT PROGRESS

Current Phase (End Of Elaboration) PR a-JGU, October 3rd, 2011 J. Gutleber 14 Focus on implementation, system setup and CM (releases) Core functionality available in 3 months Elaborate deployment scenarios (computers, cables, IT)

Project Organisation PR a-JGU, October 3rd, 2011 J. Gutleber 15 Source(s) LinacRadio-Frequency BeamDiagnosticsVacuum PowerControls/IT MagnetsSpecialMagnetsRadiationProtectionIntegration Optics/Dynamics W. Rupprecht T. Hauser F. Luiz D. Gabriele P. Landrot S. Marinics S. Pelletier S. Bailly J. Heimann G. Magrin A. Beuret I. De Cesaris P. Fraboulet M. Veenstra M. Jimenez G. Hulla J. Wallner F. Osmic A. Gyorgy S. Schwarz A. Kerschbaum M. Repovz S. Engelhardt J. Bosser W. Pirkl E. Sargsyan H. Grill B. Lutzer (10/11) N. Chatzigeorgiou (9/11) L. Penescu Accelerator Management M. Benedikt, A. Wrulich Injector Coordination W. Pirkl Synchrotron/HEBT Coordination U. Dorda IBTS Coordination R. Mayer, S. Vatnitsky, A. Wrulich Project Planning and Tracking A. Fabich W. Pirkl G. Kotzian J. S.-Quesada Administrative Support J. Schueler work packages Consultant EBG employee Student Work package leader Junior partner J. Gutleber R. Moser M. Marchhart A. Brett C. T. De Matos M. Thonke M. Hager H. Pavetits J. Junuzovic S. Kent (IT) H. Vincke Feldbaumer Jaegerhofer Interception Devices O. Aberle K. Asvestas D. Grenier T. Zickler M. Stockner C. Siedler A. Beaumont P. Schwarz (8/11) B. Langenbeck T. Tortschanoff Purchasing Officer S. Mitchell Risk Management Technical Safety Officer Jan Borburgh T. Kramer T. Stadlbauer F. Mueller (???) O. Nairz P. Trnkova O. Nairz M. Schokker S. Trovati M. Palm S. Vatnitsky O. Nairz P. Trnkova F. Coreth A. KoschikU. Dorda P. Bryant H. Schönauer F. Moser BDSPASMSS Gantry Ion Beam Therapy System (IBTS )

Cooperations With Organisations PR a-JGU, October 3rd, 2011 J. Gutleber 16 radArt department of Paracelsus Medical University Collaboration in Medical Software Systems and provisioning of Treatment Control System development collaboration be intensified in the future Common developments in the area of control systems and beam delivery system

Architecture Overview PR a-JGU, October 3rd, 2011 J. Gutleber 17

Plan until Q PR a-JGU, October 3rd, 2011 J. Gutleber 18

Status June 2011 PR a-JGU, October 3rd, 2011 J. Gutleber 19

Current Status PR a-JGU, October 3rd, 2011 J. Gutleber 20

Integration Weeks (iWeek) Validate components and concepts continuously! Learn using our system! Identify gaps! Run the system! PR a-JGU, October 3rd, 2011 J. Gutleber 21 Big Success! To be continued…

Organization of iWeeks One week at distance of about five weeks Step-by-step integrate all available components Operate vertical column (tier 1 to tier 3) Planning and Execution Plan prepared and communicated to entire team Integration carried out by core team at CERN Results are documented in a record and communicated Results must be be taken into consideration for developments PR a-JGU, October 3rd, 2011 J. Gutleber 22

iWeek Schedule 2011 PR a-JGU, October 3rd, 2011 J. Gutleber 23 PR a-JGU, March 28th, 2011 J. Gutleber

Column PR a-JGU, October 3rd, 2011 J. Gutleber 24

DETAILED STATUS PR a-JGU, October 3rd, 2011 J. Gutleber 25

Operations Concepts Ion Source FEC Design settled, implementation close to completion Hickups in alignment between CSLab & Pantechnik Initiated specifications on how to operate individual devices UDO compiles use-cases – where are we after June MACS week? Cycle Configuration Generator MHA elaborated design, started implementation RMS extended accordingly Software is advancing at a good pace Timing sequences and dipole waveforms already working PR a-JGU, October 3rd, 2011 J. Gutleber 26

Status of Work with Other WPs PR a-JGU, October 3rd, 2011 J. Gutleber 27 WP/SubsystemRequirementsDesignImplementationIntegration Power Spec. Mag. (BTS) Vacuum Injector RF Synchrotron RF BDI BID Magnets Sources MSS IBTS (TCS,BDS) Building IT CRB Protocol Trigger, EFE, Positioning LLRF Adaptation Schedule Integrate PT Soft Requirements Requirements

What We Have Today PR a-JGU, October 3rd, 2011 J. Gutleber 28 Completed and frozen frozen design MTS real-time event distribution PCC real-time links, custom hardware, Fam. A PCO, EMC Tests FECOS core and documentation (RT programming framework) PVSS/C# integrated, additional tools (STEP viewer, libs) done Virtual Accelerator Allocator GUIs (FrontPanel, ScratchPad, VAcc/WSE, source) PVSS script libraries for state-driven devices ProShell architecture and code skeleton RMS adapted (missing bug fixes, small functional corrections) RMS importers/exporters for PVSS, OPC, FECOS, PCC

Planning 2011 Cosylab CWO-4 opted, running until February 2012 – goal is complete column Acceptance of CWO-3 was delayed by about 2 months Schedule agreements with WPs for 2011 SRC, VAC, PO, INJ/RF done Building infrastructure – final design started now IT tendering stage 1 concluded – negotiation ongoing Cabling, racks implemented and data entry started SADS requirements under review Synchrotron RF requirements finding started PCS requirements and design started Run File description ongoing – radArt cooperation for MSS/TCS Beam stopper interface first iteration performed PR a-JGU, October 3rd, 2011 J. Gutleber 29

SUMMARY PR a-JGU, October 3rd, 2011 J. Gutleber 30

Conclusions Development slowed down since last MACS week Continuous integration ongoing (iWeeks) Good progress made in completing requirements Sources, injector RF, SADS ITS software baseline released System to be delivered in the coming days NEXT STEP – FULLY FUNCTIONAL COLUMN 12/ /2012 MTS, PCC, RMS, GUIs, ProShell, VAA PR a-JGU, October 3rd, 2011 J. Gutleber 31