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Automatic setting of machine control with physics operation parameters at ASDEX Upgrade

机译:在ASDEX升级中通过物理操作参数自动设置机器控制

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摘要

Performing plasma fusion experiments in a tokamak relies on close cooperation between discharge control (DCS) and machine control (MCS) systems, where the DCS's task in generating and handling the plasma, and the MCS is responsible for providing and configuring the necessary actuators. With a reduced number of experiment cycles per day, in consequence of long pulses or ambitious discharge scenarios, optimal utilization of resources as well as avoiding mismatches between the MCS' and DCS' configurations becomes increasingly important.
机译:在托卡马克中执行等离子体融合实验依赖于放电控制(DCS)和机器控制(MCS)系统之间的紧密合作,在该系统中DCS负责生成和处理等离子体,而MCS负责提供和配置必要的执行器。由于每天的实验周期数量减少,由于长脉冲或野心勃勃的放电情况,资源的最佳利用以及避免MCS和DCS配置之间的不匹配变得越来越重要。

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