| Present Status of the J-PARC Control System (p. 1) |
| by Katoh, Tadahiko |
| The National Ignition Facility: Status of the Integrated Computer Control System (p. 6) |
| by Van Arsdall, P J |
| Status of the LHC Experiment's Control Systems (p. 11) |
| by Salter, W |
| Testing and Quality Assurance of the Control System during NIF Commissioning (p. 16) |
| by Casavant, D |
| First Experience with Handover and Commissioning of the SNS Control System (p. 21) |
| by Gurd, D P |
| The "Right-sourcing" or the Correct Balance between In-house Activity and the Purchase of External Services (p. 26) |
| by Ninin, P |
| E-Management and Quality Assurance (p. 29) |
| by Milcinski, G |
| Bunch-by-Bunch Control of Instabilities with the ELETTRA/SLS Digital Feedback Systems (p. 32) |
| by Bulfone, D |
| The Evolution of Feedback Control in Tokamaks (p. 37) |
| by Lister, J B |
| Enhancing Tokamak Control given Power Supply Voltage Saturation (p. 40) |
| by Favez, J Y |
| The Evolution of the Generic Lock System at Jefferson Lab (p. 43) |
| by Bevins, B |
| The ALICE Controls System : a Technical and Managerial Challenge(p. 46) |
| by Augustinus, A |
| ALMA Software Development Approach (p. 49) |
| by Raffi, G |
| Fermilab Accelerator Applications Migration Project (p. 52) |
| by Lackey, S L |
| H1DCM, a New Detector Control and Monitoring System for the H1 Experiment (p. 55) |
| by Bystritskaya, L |
| LHC GCS: A Homogeneous Approach for the Control of the LHC Experiments Gas Systems. (p. 57) |
| by Barillère, R |
| New Capabilities of the EPICS IOC Shell (p. 60) |
| by Norum, W E |
| Progress on the Diamond Control System (p. 63) |
| by Heron, M T |
| TRIUMF ISAC II RF Control System Development (p. 66) |
| by Laverty, M |
| Nuclotron Helium Plant Control System (p. 69) |
| by Agapov, N N |
| Main Magnetic Field and Slow Extraction Control System of Nuclotron (p. 72) |
| by Vasilishin, B |
| Data Acquisition and Fault Diagnostic System of Samsung Superconductor Test Facility (p. 75) |
| by Chu, Y |
| A Control System of the Slow-extraction Beam Lines in the JPARC Project (p. 78) |
| by Sato, Y |
| Prototype Control System of the 60-MeV Proton Linac for the J-PARC Project (p. 81) |
| by Kamikubota, N |
| Pohang Neutron Facility Based on Electron Linear Accelerator (p. 84) |
| by Kim, G N |
| LabVIEW-EPICS Interfaces in KSTAR Control System (p. 87) |
| by Kim, M |
| Data Acquisition and Control System for the Prototype KSTAR NB Heating System (p. 90) |
| by Chang, D H |
| Control System Development for the KOMAC Vacuum System (p. 93) |
| by Choi, J |
| The Slow Control System for the Alpha Magnetic Spectrometer (AMS-02) on the International Space Station (p. 96) |
| by Commichau, V |
| High Power Fusion Facilities as Control Object (p. 99) |
| by Zaitsev, V I |
| Performance Evaluation of the Remote Equipment using Distributed Remote Object for the 1.8-GeV TSRF Storage Ring (p. 101) |
| by Kobayashi, N |
| Design of the Magnet Control System for the 1.8-GeV Synchrotron Radiation Source at TSRF (p. 104) |
| by Kanaya, N |
| Current Status of the Control System for the RIKEN Accelerator Research Facility (p. 107) |
| by Komiyama, M |
| Analog I/O Module Test System Based on EPICS CA Protocol and ActiveX CA Interface (p. 110) |
| by Leng, Y |
| An FPGA Based Multiprocessing CPU for Beam Synchronous Timing in CERN's SPS and LHC (p. 113) |
| by Ballester, F J |
| PLL Usage in the General Machine Timing System for the LHC (p. 116) |
| by Alvarez-Sanchez, P |
| Nanosecond Level UTC Timing Generation and Stamping in CERN's LHC (p. 119) |
| by Alvarez, P |
| VME Switch for CERN's PS Analog Video System (p. 122) |
| by Acebes, I |
| The Evolution of the CERN SPS Timing System for the LHC Era (p. 125) |
| by Alvarez-Sanchez, P |
| A DC/DC Converter Test Board and Control System (p. 128) |
| by Park, W H |
| The Timing System of KEKB 8-GeV Linac (p. 130) |
| by Furukawa, K |
| Power Spectrum Depended Spill Servo Control by DSP (p. 133) |
| by Abasaki, H |
| New Features of the SLS Timing System (p. 136) |
| by Kalantari, B |
| Post-Mortem Analysis of Failures in Accelerator Systems (p. 139) |
| by Heiniger, M |
| The Control System for the SLS Superconducting Third Harmonic Cavities. (p. 142) |
| by Hunt, S |
| Implementation and Integration of the SNS Timing and Machine Protection Systems (p. 145) |
| by Sibley, C |
| Reconfigurable Timing Controller Using PLDs (p. 148) |
| by Hosoda, N |
| Cross-Platform and Cross-Accelerator Machine Physics Programs with Databush (p. 151) |
| by Kriznar, I |
| Development of a Resonator Tuning System Using an Induced Signal Pickup (p. 154) |
| by Quock, D |
| A Tune Feed Forward System for the BESSY II Storage Ring (p. 157) |
| by Birke, T |
| A GUI for Slow Orbit Feedback Using MATLAB (p. 160) |
| by Kang, H S |
| Diagnostic and Remote Maintenance of Distributed Control Systems Using Freeware Solutions (p. 163) |
| by Bartolomé, R |
| Common Template and Organisation for CERN Beam Instrumentation Front-End Software Upgrade (p. 166) |
| by Guerrero, A |
| Control Desk: A Generic Control Application for the SRS (p. 169) |
| by Cox, G |
| Linux/PCI: The ESRF Beamline Control System Modernisation (p. 172) |
| by Homs-Puròn, A |
| Fermilab Main Injector LCW Control System (p. 174) |
| by Ahn, S |
| Evluation of a Linux Based Control System for Ganil (p. 177) |
| by David, L |
| CS : a Control System Framework for Experiments (not only) at GSI(p. 179) |
| by Beck, D |
| Upgrade of a Low-Level Controller of Magnet Power Supply (p. 182) |
| by Suzuki, Y |
| A Modular Interface between Custom PCI Instrumentation and Commercial Software (p. 185) |
| by Day, L |
| Control System for the Superconducting RF System of NSRRC (p. 188) |
| by Wang, C J |
| The Control System Upgrade for the PLS Storage Ring MPSs (p. 191) |
| by Ha Ki Man |
| Design and Test Results on the Perveance Monitor for Measuring a 80-MW Klystron Characteristics (p. 194) |
| by Jang, S D |
| Migration of the Configuration Database for PSI Cyclotron Accelerators (p. 197) |
| by Lutz, H |
| TRIUMF Secondary Beam Line Control System Upgrade Using EPICS (p. 199) |
| by Lee, K S |
| Upgrade of the ISAC Device Database from Paradox to PostgreSQL (p. 202) |
| by Keitel, R |
| EPICS: Operating-System-Independent Device/Driver Support (p. 205) |
| by Kraimer, M R |
| Hierarchies in EPICS and Visual DCT (p. 208) |
| by Sekoranja, M |
| Device Configuration Handler for Accelerator Control Applications at Jefferson Lab (p. 211) |
| by Bickley, M H |
| The ALMA Common Software (ACS): Status and Developments (p. 214) |
| by Chiozzi, G |
| ACS : overview of Technical Features(p. 217) |
| by Zagar, K |
| TANGO a CORBA Based Control System (p. 220) |
| by Götz, A |
| A Java-based EPICS Archive Viewer with SOAP Interface for Data Retrieval (p. 223) |
| by Furukawa, K |
| Displaying an EPICS Waveform Data as an Image in Python/Tkinter. (p. 226) |
| by Yamamoto, N |
| Spectrum Signal Processing Capabilities for EPICS (p. 228) |
| by Hill, J |
| An Integrated Environment for Control System Development (p. 230) |
| by Hunt, S |
| Radiation Constraints in the Design and Conception of LHC Control Systems (p. 232) |
| by Pignard, Christian |
| PC based Instrumentation, Current Efforts and Future Technology (p. 237) |
| by Stettler, M |
| Applications of Reconfigurable Logic Devices for Accelerator Controls (p. 241) |
| by Fukui, T |
| Diamond Timing System Developments (p. 244) |
| by Chernousko, Y |
| J-PARC Timing System (p. 247) |
| by Tamura, F |
| JCOP Experience with a Commercial SCADA Product, PVSS (p. 250) |
| by Burkimsher, P C |
| Extending the Capabilities of SCADA : device Modelling for the LHC Experiments(p. 255) |
| by Del Cano, L |
| The ISL-Control-System Upgrade: A Move from an In-House Implementation to a Commercial Control-System (p. 258) |
| by Busse, W |
| Integration of the Process Control Systems for the Automation of the LHC Cooling and Ventilation Plants (p. 261) |
| by Blanc, D |
| A Proposal for Modeling the Control System for the Spanish Light Source in UML (p. 264) |
| by Beltrán, D |
| The CESAR Project using J2EE for Accelerator Controls (p. 269) |
| by Baggiolini, V |
| Application of Model Driven Development to Control Systems (p. 272) |
| by Zagar, K |
| A Shared Memory Interface between LabVIEW and EPICS (p. 275) |
| by Thompson, D |
| EPICS: Recent Developments and Future Perspectives (p. 278) |
| by Lange, R |
| Evolution of the Fermilab Control System (p. 282) |
| by Patrick, J |
| EPICS-2010 : a Visionary Look at the Evolution of a Collaborative Control Toolkit(p. 286) |
| by Dalesio, L |
| Upgrading the ESRF Control System after 10 Years of Operation (p. 289) |
| by Meyer, J |
| A Prototype of the Power Supply Control System in BEPCII (p. 292) |
| by Wang, C H |
| Upgrade of the SPring-8 Linac Control by Re-engineering the VME Systems for Maximizing Availability (p. 295) |
| by Masuda, T |
| Where and What Exactly is "Knowledge" in Control Systems (p. 298) |
| by Plesko, M |
| Review of Two Years Experience with an Electronic Logbook (p. 303) |
| by Kammering, R |
| Initial Experience with Database Applications (p. 306) |
| by Purcell, J D |
| The Configuration Database for the CERN Accelerator Control System (p. 309) |
| by Billen, R |
| Distributed Control and Monitoring of High-Level Trigger Processes on the LHCb On-Line Farm. (p. 312) |
| by Vannerem, P |
| A Novel Online Simulator for Applications Requiring a Model Reference (p. 315) |
| by Allen, C K |
| The Controls Middleware (CMW) at CERN Status and Usage (p. 318) |
| by Andersson, J |
| Middleware in Accelerator and Telescope Control Systems (p. 322) |
| by Götz, A |
| Abeans: Application Development Framework for Java (p. 327) |
| by Verstovsek, I |
| XAL Application Programming Framework (p. 332) |
| by Galambos, J |
| Embedded Networked Front Ends : beyond the Crate(p. 337) |
| by Doolittle, L R |
| CERN Front-End Software Architecture for Accelerator Controls (p. 342) |
| by Arruat, M |
| Java-based Open Access Front Ends in the Fermilab Controls System (p. 345) |
| by Nicklaus, D |
| Beam Position Monitoring Using Intelligent Front-Ends and High Speed Interconnect Technologies (p. 347) |
| by Ursic, R |
| I/O Cards with Built-in Linux and TCP/IP Become Turnkey Systems (p. 350) |
| by Golob, D |
| New Front-End Computers Based on Linux-RTAI and PPC (p. 353) |
| by Bulfone, D |
| Real-Time Control with VMEbus Multi-Master Configuration (p. 356) |
| by Ohata, T |
| Oasis : A New System to Acquire and Display the Analog Signals for LHC(p. 359) |
| by Deghaye, S |
| EUDG Implementation in Korea for High-Energy Physics Study (p. 362) |
| by Kim, B |
| Integrated Relational Modeling of Software, Hardware, and Cable Databases at the APS (p. 365) |
| by Dohan, D A |
| Synoptic Display : a Client-Server System for Graphical Data Representation(p. 368) |
| by Bolshakov, T B |
| Deployment of Abeans Release 3 for the TINE Control System at DESY (p. 371) |
| by Kadunc, M |
| A Test-bed of DCAF (DeCentralized Analysis Farm) in Korea (p. 374) |
| by Cho, K |
| EPICS and WANs: Tradeoffs between Isolation, Security, Robustness, and Transparency (p. 377) |
| by Hill, J |
| Preliminary Use of PDAs in TRIUMF's Central Control System (p. 380) |
| by Pon, J J |
| Early Control System Applications Using PDAs at TRIUMF (p. 383) |
| by Pon, J J |
| PLC Interface to NSLS Front-End Systems (p. 386) |
| by Ramamoorthy, S |
| Principles of Status Control and Interlock Protection System for the SRS (p. 389) |
| by Davis, S V |
| Experience Using the Functional Safety Principles to Design the CERN Safety Alarm Monitoring System (p. 392) |
| by Scibile, L |
| From the LHC Reference Database to the Powering Interlock System (p. 395) |
| by Dehavay, C |
| Diamond Personnel Safety System (p. 398) |
| by Wilson, M C |
| PLC- and SCADA-based Equipment Protection Systems for the New Beamlines at BSRF (p. 401) |
| by Xiong, S |
| Personnel Protection System of Japan Proton Accelerator Research Complex (p. 404) |
| by Takeuchi, Y |
| The Design of Very High Availability Accelerator Control Systems (p. 407) |
| by Hunt, S |
| Configuration Management System for the LHC Superconducting Magnet Test Benches (p. 409) |
| by Ladzinski, T |
| The Hardware Recognition System for the SM18 LHC Cryomagnet Test Benches (p. 412) |
| by Coutinho-Ferreira, P M |
| Use of a CMMS Piece of Software to Improve Maintenance Management at Ganil (p. 415) |
| by Lecorché, E |
| Constructing a Distributed Developing Environment Using EPICS for BEPCII Control System (p. 418) |
| by Lei, G |
| Realization of Linux Platform in Distributed Control System by EPICS at BEPCII (p. 421) |
| by Zhao, Z |
| Relational Database Design for the Test of the KSTAR Superconducting Magnet System (p. 424) |
| by Baek, S |
| ASDEX Upgrade Control Parameter Organisation and Configuration Management (p. 427) |
| by Neu, G |
| The Operation Logbook System at KEKB Linac and Ring (p. 430) |
| by Kusano, S |
| Database Applications for Control System Hardware Management (p. 433) |
| by Broomfield, R |
| Distributed Database in SPring-8 (p. 436) |
| by Yamashita, A |
| Knowledge-based Software Management (p. 439) |
| by Schaffner, S |
| Configuration of Windows 2000 Operational Consoles and Accounts for the CERN Accelerator Control Rooms (p. 442) |
| by Albert, M |
| Integrating PLCs with an OPC Interface into an EPICS Based Control System (p. 445) |
| by Fleischhauer, R |
| PROFInet : an Integrated Automation Concept Based on Ethernet(p. 448) |
| by Kleines, H |
| Integration of Abeans and ACS in the GSI Controls Environment (p. 451) |
| by Höppner, K |
| A Reflection on Introspection (p. 454) |
| by Plesko, M |
| The Upgrade of the ANKA Control System to ACS (Advanced Control System) (p. 457) |
| by Kriznar, I |
| Toward the ELETTRA New Injector Control System (p. 460) |
| by Bulfone, D |
| Deployment and Integration of Industrial Controls : The Case of LHC Cryogenics Controls(p. 463) |
| by Gayet, P |
| TRIUMF/ISAC EPICS IOCs Using a PC104 Platform (p. 466) |
| by Waters, G |
| Use of Industrial Control Solutions in the Diamond Project (p. 469) |
| by Heron, M T |
| The PHELIX Control System Based on UML Design Level Programming in LabVIEW (p. 472) |
| by Brand, H |
| Integration of Industrial PLCs into an EPICS Control System (p. 475) |
| by Hunt, S |
| Using Worldfip for Synchronization and Time Stamping in the LHC Accelerator (p. 477) |
| by Brun, R |
| Diagnostic System of Longitudinal Proton Beam Dynamics in HERA (p. 480) |
| by Solovov, V |
| Applications of CANbus and ControlNet in EPICS System of BEPCII (p. 483) |
| by Xu, S |
| Modular Embedded SBC-based Compact Virtual Terminal Stations as Nodes for Distributed Control and DAQ (p. 486) |
| by Vinogradov, V I |
| VME Controller Based on PowerPC 440GX Embedded Processor for Using in KSTAR Data Acquisition and Control System. (p. 488) |
| by Chertovskikh, A |
| Utility Facility Monitoring System on Linux-based IOC for the KEKB (p. 491) |
| by Yamamoto, N |
| EPICS Device/Driver Support Modules for Network-based Intelligent Controllers (p. 494) |
| by Odagiri, J |
| Network-based Waveform Monitor for the J-PARC Accelerator Complex (p. 497) |
| by Takagi, M |
| SNS Vacuum Control System: Software Design Strategy and Commissioning Experience (p. 500) |
| by Tang, J |
| EPICS Based Vacuum Control System Using Ethernet Multi Serial Device Severs for PAL Storage Ring (p. 503) |
| by Yoon, J C |
| Interfacing CANbus to EPICS at the Swiss Light Source (p. 506) |
| by Dach, M |
| PSI Proton Accelerator Control System Upgrade (p. 509) |
| by Anicic, D |
| A Software Framework to Control a Network-connected Equipment as a Pseudo Device (p. 512) |
| by Ishii, M |
| Inexpensive IOCs for GPIB Support in the TRIUMF/ISAC Control System (p. 515) |
| by Nussbaumer, R |
| EPICS Portable Channel Access Server for Multiple Windows Applications (p. 518) |
| by Tikhomolov, E |
| Magnetic Axis and Geometric Measurement for the LHC Cryomagnet (p. 521) |
| by Bajko, M |
| Data Acquisition for SNS Beam Loss Monitor System (p. 524) |
| by Leng, Y |
| Fast Data-Acquisition System for the Beam-Energy-Spread-Monitor (p. 527) |
| by Satoh, M |
| A Monitoring System for a Gas-Sheet Beam Profile Monitor on Linux with EPICS (p. 530) |
| by Yuasa, Y |
| Monitoring and Visualization of Electrons Beam Parameters in Industrial Linacs (p. 533) |
| by Boriskin, V N |
| The Profile Measurement of Synchrotron Radiation Monitor in NSRRC (p. 536) |
| by Kuo, C H |
| Digital Beam Position Monitor Development at NSRRC (p. 539) |
| by Kuo, C H |
| Digital Beam Position Monitor for SSRF (p. 542) |
| by Liu, D K |
| Control Software Components for the CEBAF Synchrotron Light Interferometer Project (p. 545) |
| by Chevtsov, P |
| Software Structure and Real-Time Signal Exchange for the ASDEX Upgrade Tokamak Control System (p. 548) |
| by Treutterer, W |
| Beam Stabilization at BESSY: Set-up, Performance, Plans (p. 551) |
| by Feikes, J |
| Ramp Design and Implementation for the RHIC Deuteron-Gold and Polarized Proton Runs (p. 554) |
| by Van Zeijts, J |
| Control system design of the CERN/CMS tracker thermal screen (p. 557) |
| by Carrone, E |
| Real Time Control of Long Duration Plasma Discharges in Tore Supra (p. 560) |
| by Saint-Laurent, F |
| Beam Interlocks for LHC and SPS (p. 563) |
| by Dinius, A |
| Design aspects related to the reliability of the control architecture of the LHC beam dump kicker systems (p. 566) |
| by Carlier, E |
| The CERN Detector Safety System for LHC Experiments (p. 569) |
| by Lüders, S |
| The CERN Detector Safety System for the LHC Experiments (p. 569) |
| by Luders, S. |
| The Concept of the PROSCAN Patient Safety System (p. 572) |
| by Jirousek, I |
| Industrial and Collaborative Control Systems : a Complementary Symbiosis(p. 575) |
| by Clausen, M |
| Moving Towards a Common Alarm Service for the LHC Era (p. 580) |
| by Calderini, F |
| The Babylonization of Control Systems Part II : the Rise of the Fallen Tower(p. 583) |
| by Duval, P |
| Programming PLCs under EPICS at the SNS Project : Further Experiences in Collaboration (p. 586) |
| by Gurd, P A |
| The ITER Project and its Data Handling Requirements (p. 589) |
| by Lister, J B |
| Control System Progress for K500 Superconducting Cyclotron (p. 594) |
| by Das-Gupta, S |
| Current Status of the Control System Development at RIKEN RI-Beam Factory (p. 597) |
| by Tanabé, T |
| The Supervisor of the ATLAS Detector Control System (p. 600) |
| by Burckhart, H J |
| Recent Activities toward Worldwide Remote Operations of Accelerators (p. 603) |
| by Yamamoto, N |
| First Experiences with a Central Error Server Using Web Services (p. 606) |
| by Sombrowski, E |
| Security Considerations in Distributed Control Systems (p. 609) |
| by Zagar, K |
| Status and Prospect of JT-60 Plasma Control System for Advanced Tokamak Discharge Scenarios (p. 612) |
| by Kurihara, K |
| Technical Summary Report (p. 617) |
| by Tanaka, R |
| Distributed Control and Monitoringof High-Level Trigger Processeson the LHCb on-line Farm |
| by Vannerem, P |
| Contemporary Programmable Safety Control Systems and Design Methods |
| by Mahoney, K L |
| A Network-based Intelligent Controller for J-PARC |
| by Furukawa, K |
| Practical Babylonization of Control Systems: Embrace Diversity |
| by Duval, P |
| The Renovation Programme of the SPS Experimental Areas at CERN |
| by Baribaud, Guy |
| Integration of Beam Diagnostic System and Control System under the Linux OS |
| by Korshunkova, I |
| DOOCS ? The Integrating Control System for TTF2 |
| by Hensler, O |
| JoiMint Life Demo Poster : interoperability from Control Systems to Electronic Logbooks |
| by Clausen, M |
| Compressing Control System Data for Efficient Storage and Retrieval |
| by Larrieu, C A |
| Management of Hardware Lifecycles |
| by Korhonen, T |
| The CERN GUI Platform for Graphical User Interfaces in Java |
| by Baggiolini, V |