Abstracts Brochure - CERN

THPCH — Poster Session 29-Jun-06 16:00 - 18:00
Developing of SMS Mobile System for the PAL Control System
Modern Industrial control systems tend to
adopt a variety of intelligent wireless device J.C. Yoon, J. Choi, H.-S. Kang, B.R. Park (PAL)
controllers to interface front-end computers
with active components of the industrial device. Some of the intelligent control systems come equipped with a wireless
SMS(Simple Message Service) interface giving an opportunity to use fault alarm Interlock system. Immediately send
warning or alert messages to Mobile devices or remote users. Real time monitoring the SMS systems by Mobile
devices. Control systems remotely by mobile devices in emergency situation. In order to provide against system fault,
SMS Mobile System will enable system administrator to promptly access, monitor and control the system whenever
users want and wherever users are, by utilizing wireless Internet and mobile devices. This paper presents the Mobile
SMS system for PAL Control System.
New Control System for Nuclotron Main Power Supplies
New control and monitoring system for Nuclotron
main power supplies was designed
in order to substantially extend functionality
of the existing equipment and software. The
lattice bending (BM), focusing (QF) and de-
V. Volkov, V. Andreev, E. Frolov, V. Gorchenko, V. Karpinsky, A.
Kirichenko, A.D. Kovalenko, S. Romanov, B. Vasilishin (JINR) D.
Krusinsky, L. Ondris (IMS SAS)
focusing (QD) magnets are powered by two supplies. The BM magnetic field shape is set by pulse function generator
that produces a reference burst (Bo-train) with 0.1 Gs resolution. This train controls pattern analog function generator
based on a 18-bit DAC. A real B-train from the reference magnet and corresponding analog function are used
for feedback loop. The current magnetic field of BM is used as reference function for the focusing and defocusing
magnets. A scaling 16-bit multiplied DAC is used to set required ratio IBM/IQFD during accelerator cycle. A 16bit
data acquisition card provides measurement of all analog signals. Digital I/O boards are applied to set and read
status of the power supplies, accompanying subsystems and interlocks. Timing modules provide the trigger pulses
both for the system internal needs and for synchronizing of the accelerator subsystems and experimental setups.
Visual Programming System for Computer-based Monitoring and Control System Deployment
of Experimental and Industry Facilities
Program code occupies the leading position
in the hierarchy of the automation monitoring
and control system, providing data acquisition,
processing, visualization as well as
V.G. Kurakin, A.V. Koltsov (LPI) P.V. Kurakin (Keldysh Institute of
Applied Mathematics)
control affects elaboration on the objects being controlled. Experts of different profiles participate in automation control
system development, and the final success depends strongly on collaborators interaction. The ideal situation
is when programmer understands clearly the complex under automation functionality but it is not the case in a
reality. We have developed visual programming environment that allows move automation system deployment to
the level of experts in the field of the complex under automation. Borland C++ Builder has been used because its
functionality based on VCL library allows realize measurements console building at the executable level. This is the
main that distinguish the system under discussion from other similar programming systems. The system has been
tested already in details at Lebedev Physical Institute Accelerator Complex. We suppose that it might be helpful for
accelerator based facilities.
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THPCH122
THPCH123
THPCH124