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MO-P1
PC as the Control System Element of Inertial Fusion Facility
V.I. Zaitsev - State Research Center of Russia Troitsk Institute
for Innovation and Fusion Research, Russia
MO-P5
Development of Technological Linac Control System with the Use of LPT
Port
S.P. Karasyov, R.I. Pomatsalyuk, I.N. Shlyakhov, A.Eh. Tenishev,
V.L. Uvarov, NSC Kharkov Institute of Physics and Technology,
Ukraine
MO-P6
Data Acquisition and Handling in the VEPP-4 Control System
A. Bogomyagkov, S. Karnaev, I. Nikolaev, E. Simonov, S.
Smirnov, V. Zorin - Budker Institute of Nuclear Physics, Novosibirsk,
Russia
MO-P8
The Machine Control System of the Siam Photon Source : Work
Experience
R. Apiwatwaja, G. Isoyama*, S. Rugmai, S. Rujirawat, N.
Sanguansak T. Ishii and W. Pairsuwan. - Siam Photon Laboratory,
Thailand; * ISIR, Osaka University, 8-1 Mihogaoka, Ibaraki-shi, Osaka
567-0047, Japan
MO-P9
An Application of PC Based off-the-shelf Measurement System
Takeshi Nakatani, Naoyasu Hosoda, Takemasa Masuda, Toru
Fukui, Hitoshi Tanaka and Ryotaro Tanaka - SPring-8/JASRI, Japan
MO-P12
Remote Control System of VME Crates Based on CAN-Bus in PITZ
Experiment in DESY Zeuthen
K. Abrahamyan, I. Chachkhunashvili - DESY Zeuthen,
Germany
MO-P13
Applications for Top-up Operation at the SLS
Andreas Luedeke - PSI, Switzerland
MO-P14
Introduction of COACK for the Microwave Monitor System in the KEK
Electron/Positron Injector Linac
H.Katagiri, I.Abe, K.Nigorikawa, J.Kishiro and S.Kurokawa -
High Energy Accelerator Research Organization (KEK), Japan
MO-P15
Evolution and Present Status of VEPP-5 Control System
D. Bolkhovityanov, I. Pivovarov, O. Tokarev - BINP,
Novosibirsk, Russia
MO-P16
The Commissioning of the Siam Photon Source
P. Pairsuwan, R. Apiwatwaja, *G. Isoyama, S. Rugmai, S. Rujirawat,
N. Sanguansak and T. Ishii - Siam Photon Laboratory, Thailand;
*Alsoat ISIR, Osaka University, 8-1 Mihogaoka, Ibaraki-shiOsaka
567-0047, Japan
MO-P17
Frame Grabbing Solution At PITZ
Stefan Weisse, Ilia Chachkhunashvili, Gunter Trowitzsch -
DESY Zeuthen, Germany
MO-P18
The Standardized Modular Beamline Control System of ANKA
Wolfgang Mexner, Karl-Heinz Cerff, Randolf Butzbach -
Synchrotron Radiation Research Group, Forschungszentrum Karlsruhe
GmbH, Germany
MO-P20
New Control System for the LNS Linac
Yoshinobu Shibasaki, Masakatsu Mutoh, Masashi Nanao,
Katsuhiro Shinto, Isamu Abe*, and Hiroyuki Hama - Laboratory of
Nuclear Science, Graduate School of Phisics, Tohoku University,
Japan; *KEK, High Energy Accelerator Research Organization, Japan
MO-P21 The DAFNE-Light Facility Beam
Lines Control
Elisabetta Pace - INFN Frascati, Italy
The DAFNE-Light Facility (Frascati, Italy) uses the synchrotron
radiation light emitted at DAFNE storage ring. Presently, two beam
lines are under commissioning: an X-ray beam line (spited in two
different beam lines, DRX1 And DRX2) and an infrared beam line(DIR.
The control system is based on FieldPoints and LabVIEW by National
Instruments. In this article, the solution adopted and that is
currently working is described.
MO-P23
PC Based Control System of a Calibration Bench
Valerie Gautard and Olivier Cloue - CEA-Saclay,
Gif-sur-Yvette, France
MO-P24
Evaluation of a Linux Based Control System for GANIL
L. David & the Ganil control group - GANIL, France
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Vinogradov V.I. - Institute for Nuclear Research Russian Academy
of Science, Russia
TU-P2
Control System for the New Linac LUE200 in JINR, Dubna
O. V. Strekalovsky, A.S. Kayukov, M.M. Korjovkina, V. A.
Shvets, A.P. Sumbaev - JINR, Dubna, Russia
TU-P3
Prototype Beam Loss Monitor System for the NSRL Transportation
Line
Gong Guanghua - Dept. of Engineering Physics, Tsinghua
Univ.; Li Yuxiong - National Synchrotron Radiation Lab, Univ. of
Science and Technology, P.R.China
TU-P4
The Application of Embedded System based on ColdFire in
BEPC-II
XueTao, Shao Beibei - Department of Engineering
Physics,Tsinghua University, P.R.China
TU-P5
Multichannel System for Research of Secondary Emission Pulse Electron
Beam Generation
Boriskin V.N., Ayzatsky N.I., Gurin V.A., Kushnir V.A.,
Mitrochenko V.V., Reshetnyak N.G., Romasko V.P., Savchenko A.N.,
Stepin D.L., Zakutin V.V., Zhiglo V.F. - Scientific-Research Complex
; Accelerator; National Science Center; Kharkov Institute of Physics
and Technology Kharkov, Ukraine
TU-P8
WE Manager
Kazuyuki Nigorikawa, Junichi Kishiro, Takashi Kosuge, Isamu
Abe and Shin-ichi Kurokawa - High Energy Accelerator Research
Organization (KEK), Japan
TU-P9
Automated Installation of Operating System and Control System
Gerhard Grygiel - Deutsches Elektronen Synchrotron, Germany
TU-P10
Data Acquisition System based on PCs for the LHD Thomson Scattering
Diagnostic
Hayashi Hiroshi, Narihara Kazumichi - NIFS (National
Institute for Fusion Science), Japan
TU-P11
The Use of the Program ModeRTL in Control System of Industrial
Electron Accelerator
V. T. Lazurik, V. M. Lazurik, G. F. Popov, Yu. V. Rogov -
Kharkov National University, Kharkiv, Ukraine
TU-P13
Orbit Correction with Frequency in Java
Anze Zupanc, Igor Kriznar, Mark Plesko, Urban Simoncic -
Jozef Stefan Institute, Slovenia
TU-P14
Experience of Using uClinux-based CAMAC Controllers in VEPP-5 Control
System
D. Bolkhovityanov, R. Gromov, BINP, Novosibirsk, Russia
TU-P15
Usage of PC CANBUS Controllers in VEPP-5 Control System
D. Bolkhovityanov, O. Tokarev, BINP, Novosibirsk,
Russia
TU-P16
Object Explorer - A Pluggable Generic Testing and Diagnostic
Tool
M. Kadunc, I. Kriznar, M. Plesko, G. Tkacik - J. Stefan
Institute and Cosylab Ltd., Slovenia
TU-P17
ACOP as a Java Bean
Philip Duval and Honggong Wu - DESY, Hamburg, Germany
TU-P18
An Automatic Measuring System Based on LabView for Resonant
Cavities
Tao Xiaokui, Sun Jun, Tong Dechun - Department of
Engineering Physics, Tsinghua University, P.R. China
TU-P19
BPSS, the Beamline Personnel Safety System of ANKA
Karl-Heinz Cerff, Wolfgang Mexner, Ralph Steininger - Synchrotron Radiation Research Group Forschungszentrum Karlsruhe Gmbh, Germany
For up to 32 beamlines of the synchrotron radiation source ANKA,
Karlsruhe/Germany, a modular Beamline Personnel Safety System (BPSS)
was planed and is erected simultaneously now for 9 beamlines. The
design criteria are:
secure and reliable operation by use of a divert redundant (three
processor) PLC controller from the manufacturer
PILZ,Stuttgart/Germany with the capability of self-diagnose, also
monitoring the state of the peripheral safety-hardware.
A standardized modular and by legal authorities certified(!) soft-
and hardware to manage the safety needs of complex beamlines, means
beamline branching or multiple beamline radiation hutches and
shutters, further to manage the failure safe interaction with the
beamline control system and the machine Interlock under injection,
beamline maintenance and erection, normal operation, and alarm
conditions.
Certification of all soft- and hardware components under the European
Standard EN 954-1 risk category 4 makes the safety comissioning of a
beamline fast and easy.
TU-P20
How to Survive the Upgrade Treadmill
Kirsten Hinsch, Ursula Lauströer, Rüdiger
Schmitz, Winfried Schütte - DESY Hamburg, Germany
TU-P21
Cross Platform Development using Delphi and Kylix
J. McDonald, H. Nishimura - Lawrence Berkeley National
Laboratory, USA
TU-P23
Experience with ActiveX Control for Simple Channel Access
C. Timossi, H. Nishimura, J. McDonald - Lawrence Berkeley
National Laboaratory, USA
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V. Aleinikov, G. Dreyzina, A. Nikiforov - Joint Institute
for Nuclear Research , Russia
WE-P2
Hierarchical Data Archival System for EMS
J.M. Nogiec, K. Trombly-Freytag, D.G.C. Walbridge - Fermi
National Accelerator Laboratory, Batavia, IL, USA
WE-P3
A Gateway to Fix32 System
J.M. Nogiec - Fermi National Accelerator Laboratory, Batavia, IL,
USA
WE-P4
Application of GridBagLayout for Java GUI Development in Accelerator
Control System
Jianjun Hu*, Stefania Canella - *IMP-CAS, Lanzhou, China -
L.N.L.-I.N.F.N. Legnaro, Italy
WE-P5
Designing a Common Foundation Class for Accelerator Control System
with UML
Jianjun Hu - IMP-CAS, China
WE-P6
Data Acquisition System for Studying of Beam Parameters and Status of
Kurchatov Center of Synchrotron Radiation Facility
I. Krylov, E. Ushkova - RRC Kurchatov Institute, Russia
WE-P8
Database Server on the VEPP-4 Control System
D. Filimonov, S. Karnaev, B. Levichev, S. Smirnov,
A.Veklov, Budker Institute of Nuclear Physics, Novosibirsk,
Russia
WE-P10
A Proposal for a Central Error Server Using Web Services
O. Hensler - DESY, Germany
WE-P11
Implementation of the Control System for a Polarized Gas Target with
the Industrial SCADA System WinCC on a Windows/PC Platform
H. Kleines, J. Sarkadi, K. Zwoll, F. Rathmann, H. Seyfarth,
M. Mikirtytchiants, M. Nekipelov - FZ Juelich; A.Vassiliev, P.
Kravtsov - PNPI
WE-P12
Control System Application Look and Feel Guidelines
M. Kadunc, J. Kamenik, M. Plesko, A. Pucelj, I. Vertovsek -
J. Stefan Institute and Cosylab Ltd., Slovenia
WE-P13
TINE Release 3.20: Status Report
Philip Duval - DESY, Hamburg, Germany
WE-P14
A PC Based VME to CAMAC Link
P.J. Yogendran, E. Klassen, K.S. Lee, M.M. Mouat, J.J. Pon
- TRIUMF, Vancouver, Canada
WE-P15
Building Effective GUI Panels
G. Pajor, J. Dovc, M. Kadunc, I. Kriznar, M. Plesko, G.
Tkacik, I. Verstovsek - J. Stefan Instititute and Cosylab Ltd.,
Slovenia
WE-P16 Study of PC-based Console for
the JAERI-KEK Joint Hadron Project
Norihiko Kamikubota, Kazuro Furukawa, Junsei Chiba, Hidetoshi Nakagawa, Susumu Yoshida*, and Makoto Tokagi* - High Energy Accelerator Research Organization (KEK); *Kanto Information Service Co. Ltd., Japan
The construction of High-Intensity Proton Accelerator Facility,
which consists of the 400-MeV linac, the 600-MeV superconducting
linac, 3-GeV rapid-cycling synchrotron, and 50-GeV synchrotron ring,
started in 2001 as a 5-year project. This is a joint project between
JAERI (Tokai, Ibaraki) and KEK (Tsukuba, Ibaraki). The construction
site is Tokai. However, the firsr 60-MeV of the linac has been under
construction at Tsukuba site, and early studies with proton beams
started recently. A prototype of the control system based on EPICS
toolkit has been developed for the 60-MeV linac. Though we need
X-window consoles, the only choice is to use PC platform: because
nowadays less number of X-terminals is available in commercial
markets. Up to now, we have studied the consoles with three operating
systems, Linux, Free-BSD, and Windows, at the 60-MeV linac. In this
report, we will discuss a realistic perspective of a PC-based console
system suitable for our project.
WE-P17
Web-based Beam-status Display for the KEK Injector Linac
Norihiko Kamikubota, Shiro Kusano*, and Kazuro Furukawa -
High Energy Accelerator Research Organization (KEK); *Mitsubishi
Electric System and Service Co. Ltd., Japan
WE-P18 Monitored Archiving Controlled
by Event
Matthias Clausen, Phil Duval, Zoltan Kakucs, DESY Hamburg, Germany
MACE (Monitored Archiving Controlled by Event) is an
archive-server and data-server in-one running under Solaris. The data
from the monitored channels (in case EPICS) is stored using an event
number got from the event-server by request. The user can refind the
stored data in a very centralized storage pool. Each archiver can
handle the incomming triggers from the event-server. The result is an
easily scaleable archiver system. Details of this archiving system
are presented in this paper.
WE-P19
Upgrade of the Hera/Petra/Doris Accelerator Control Network at
DESY
Steve Herb, Rüdiger Schmitz, Rolf Schröder,
Harald Schulz - DESY Hamburg, Germany
WE-P21
JDOOCS - a Java Library for DOOCS
V. Kocharyan - YerPhI; K. Rehlich - DESY, Germany
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