A5089716960- Magnetic confinement fusion research
- Superconducting Materials and Applications
- Fusion materials and technologies
Centro de Investigaciones Energéticas, Medioambientales y Tecnológicas
2010-2011
The ITER control, data access and communication (CODAC) design team identified the need for two types of plant systems. A slow control system is based on industrial automation technology with maximum sampling rates below 100 Hz, a fast embedded higher more stringent real-time requirements than that required controllers. latter applicable to diagnostics systems in closed-control loops whose cycle times are 1 ms. Fast controllers will be dedicated ability supervise other and/or controllers,...
Currently, the hardware devices and software tools used in data acquisition systems (DAQs) for diagnostics fusion experiments are not standardized. This implies that implementation of new requirements, needed by scientists diagnostic experts, demand a big amount time developing software, delaying integration experiments. The solution presented this paper consists on design model gives possibility intelligent reconfigurable systems, an easy diagnostics. main components RIO/FlexRIO from...
ITER CODAC Design identified the need for two types of Plant System. Slow control plant system, based on industrial automation technology with maximum sampling rates below 100 Hz, and fast system embedded higher more stringent realtime requirements. The latter is applicable to diagnostics Systems in closed-control loops whose cycle times are 1 ms. Fast Controllers will be dedicated controllers ability supervise other and/or slow controllers, interface actuators sensors and, eventually, high...