Author/Authors :
Raupp، نويسنده , , Gerhard and Behler، نويسنده , , Karl and Blank، نويسنده , , Helmut and Buhler، نويسنده , , Annedore and Drube، نويسنده , , Reinhard and Eixenberger، نويسنده , , Horst and Engelhardt، نويسنده , , Klaus and Fuchs، نويسنده , , Christoph and Kollotzek، نويسنده , , Horst and Lohs، نويسنده , , Andreas and Merkel، نويسنده , , Roland and Neu، نويسنده , , Gregor and Schramm، نويسنده , , Gerold and Treutterer، نويسنده , , Wolfgang and Zasche، نويسنده , , Dieter and Zehetbauer، نويسنده , , Thomas، نويسنده ,
Abstract :
ASDEX Upgradeʹs CODAC system integrates about 70 plant systems for diagnostics, magnets, heating and fuelling, vessel and protection. Plant and CODAC systems base on workstations with fast serial real-time data sampling, industrial PCs and PLCs, connected through standardized networks for exchange of time and real-time process data, protection information, audio/video streams and arbitrary data. The experiment cycle defines the procedure to develop the physics program: Pulse schedules are compiled as a distributed task among plant engineers and session leader. Prior to pulse execution plant data are exchanged and consistency validated by a central configuration server. Pulses are executed by plant systems communicating through real-time networks. Control has been designed for critical applications, to let it reliably execute complex and intelligent investment protection tasks.
Keywords :
CODAC , Plant system , Plasma control , Experiment life cycle , PROTECTION
