Working Sessions
With the consolidation of the ITM-TF infrastructure and maturing tools, there are inevitably some interdependencies in the workprogramme of the integrated modelling projects. A new feature of the 2010 implementation of the ITM-TF work programme is the focused use of coordinated joint activities as integral part of the work. These joint activities will be organised in working sessions and code camps (working sessions supported by the integration team) and supported under mobility.
2009
Control Meeting at Cadarache, 22-23 June
The meeting was a kick-off meeting on the overall activities of the ITM-TF focusing on plasma control. A particular emphasis on free boundary equilibrium codes and position+shape control was given. The need for multiplexer/de-multiplexer actors was highlighted in order to decouple the controller actors from any detail of the CPO ontology, rendering the adaptation of control schemas much more flexible. A tentative workflow schema for plasma current control was produced. Foreseen obstacles for the coupling of feedback controlled free boundary equilibrium codes to the ETS were highlighted taking the learning curve from the DINA-CH+CRONOS package.- Minutes of the working session (R.Coelho/T.Bolzonella)
- Welcome (R.Coelho)
- General ITM overview (R.Coelho)
- Controller schemes from experiments (T.Bolzonella)
- IMP1 control related activities (G.Huysmans)
- EFDA Feedback Control Goup summary (A.Pironti)
- Flight Simulator for controlling plasma discharges (N.Ravenel)
- DINA-CH + CRONOS overview (K.Besseghir)
- ITM control workflow concepts (F.Imbeaux)
- CREATE-NL closed loop runs and integration with transport codes (A.Pironti)
2010
3D wall at Garching, 18 March
The meeting was dedicated to assess the ongoing status of the defeaturing tool, challenges on targeting real device CAD representations of some devices and interfacing with the GRID CPO.
Control Activities at Cadarache, 28 June - 1 July
A joint working session and Code camp to discuss the ongoing activities related to control on the ITM-TF (at both project and task level) and to provide training with the first test cases of the Control Toolbox, for SCICOS and SIMULINK born control diagrams. Simple PID cases suited perfectly the training purpose and evidenced the valuable ongoing effort. The timeline for fully integrating a free boundary equilibrium code under feedback shape control was discussed. Improvements on the kepler actor management methods and on the automation of the actor creation from C code emanating from the SCICOS/SIMULINK diagrams were discussed.
- Welcome and Agenda (T. Bolzonella)
- Modeling, simulation, and controler design using ScicosLab and Kepler (S. Mannori)
- Advanced Scicos, Kepler, and Simulink integration (S. Mannori)
- ISIP-ACT12 Control Toolbox (N. Ravenel)
- EDRG Control related activities in the WP-2010 (R. Coelho)
- ISIP - Status of Control Toolbox Task "Task 12" (F. Imbeaux, G. Manduchi)
- Free boundary equilibrium feedback control simulations under Kepler/ITM (S. Brémond)
- Free boundary equilibrium reconstruction and feedback control in IMP12 (C. Konz)
- CREATE-NL adaptation to ITM need (M. Mattei)
- Approach on parallel I/O (A. Galonska)
- KEPLER Actor Generation from Simulink Components (G. Manduchi)
- MARS-F on ITM (D. Yadykin)
- Multiplexer/De-multiplexer (O. Hoenon)
- Kepler workflow design and directors (B. Guillerminet)
- Feedback Control WG ongoing effort (D. Mazon)
ERC3D integration on the ITM infrastructure, 5-6 July
A working session promoted to discuss the integration of the ERC3D reflectometer package on the ITM infrastructure. The discussion focused on particular aspects of the datastructure that need to be developed, in particular the Antenna and Output CPOs to be plugged to the code. Meshing interfacing, code parameters and C interface were also discussed.
last update: 2010-12-09 by konz