Performance comparison of EPICS IOC and MARTe in a Hard Real-Time control application

A. Barbalace, G. Manduchi, A. Neto, G. De Tommasi, F. Sartori, D. Valcárcel
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引用次数: 18

Abstract

EPICS is used worldwide mostly for controlling accelerators and large experimental physics facilities. Although EPICS is well fit for the design and development of automation systems, which are typically VME or PLC-based systems, and for soft real-time systems, it may present several drawbacks when used to develop Hard Real-Time systems/applications especially when General Purpose Operating Systems as plain Linux are chosen. This in particular true in fusion research devices typically employing several Hard Real-Time systems, such as the magnetic control systems, that may requires strict determinism, and high performance in terms of jitter and latency, otherwise serious deterioration of important plasma parameters can happen, possibly leading to an abrupt termination of the plasma discharge.
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EPICS IOC和MARTe在硬实时控制应用中的性能比较
EPICS在世界范围内主要用于控制加速器和大型实验物理设备。尽管EPICS非常适合设计和开发自动化系统(通常是基于VME或plc的系统)以及软实时系统,但当用于开发硬实时系统/应用程序时,特别是在选择普通Linux等通用操作系统时,它可能会出现一些缺点。在聚变研究设备中尤其如此,通常采用几个硬实时系统,如磁控制系统,这可能需要严格的确定性,以及在抖动和延迟方面的高性能,否则可能发生重要等离子体参数的严重恶化,可能导致等离子体放电的突然终止。
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