Fusion_RDIG Fusion_RDIG applicationsapplications

Fusion_RDIGFusion_RDIG EGEE applicationsEGEE applications

Already ported to EGEE infrastructure:Already ported to EGEE infrastructure:

–Plasma devises magnetic configuration optimisation. Plasma devises magnetic configuration optimisation.

Conventional configuration Improved configuration

Fusion_RDIGFusion_RDIG EGEE applicationsEGEE applications

In work to be ported to EGEE infrastructure:In work to be ported to EGEE infrastructure:

–Waves propagation of in plasma devicesWaves propagation of in plasma devices

Plasma

Vacuum

→ Климов К.Н., Сестрорецкий Б.В., Вершков В.А., Солдатов С.В., Камышев Т.В., Рученков В.А. Электродинамический анализ двумерных неоднородных сред и плазмы // Монография. М.: МАКС Пресс, 2005. – 324 с.`

AntennaJob example:

Fusion_RDIGFusion_RDIG EGEE applicationsEGEE applications

In work to be ported to EGEE infrastructure:In work to be ported to EGEE infrastructure:

–ITER engeenering applications (CODAC system):ITER engeenering applications (CODAC system):

Simulation and Simulation and data processing data processing for finding for finding reduced models reduced models for plasma real-for plasma real-time control.time control.

InternationalInternational thermonuclear society thermonuclear society ((ITER - ITER - токамактокамакss))

USA:USA:

1.1. Alcator C-Mod (MIT)Alcator C-Mod (MIT)

2.2. DIII-D (San Diego)DIII-D (San Diego)

3.3. NSTX (Princeton)NSTX (Princeton)

Russia:Russia:

1.1. T-10 (Kurchatov)T-10 (Kurchatov)

2.2. Globus (Ioffe)Globus (Ioffe)

3.3. T-11M (TRINITI)T-11M (TRINITI)

EU:EU:

1.1. EFDAEFDA (JET)(JET)

2.2. CEA (CEA (France TORE SUPRA)France TORE SUPRA)

3.3. GermanyGermany (TEXTOR (TEXTOR ASDEX) ASDEX)

4.4. UKUK ((MASTMAST))

5.5. Switzerland Switzerland ((TCV)TCV)

6.6. ItalyItaly (FTU)(FTU)

7.7. CIEMATCIEMAT (ITER, Spain)(ITER, Spain)

JapanJapan::

1.1. JT-60 (Naka)JT-60 (Naka)

2.2. LHD (Toki)LHD (Toki)

China, Brazil, Korea, India:China, Brazil, Korea, India:

•KSTAR (Korea) KSTAR (Korea)

•TCBRA (Bra.) TCBRA (Bra.)

•H-7 (China)H-7 (China)

•U2A (China)U2A (China)

•SST1 (India) SST1 (India)

•EAST (China)EAST (China)

+ + UNIVERSITIESUNIVERSITIES

ON SITE

TEST CELL

REMOTE PARTICIPATION

( WORLD FUSION GRID )REMOTE PARTICIPATION

Data acquisition USERSUSERS

channels~1000 ~1 Gb/sec

GLORIAD project as data transport

WORLD FUSION GRID

ITER GLOBAL DATAITER GLOBAL DATA DISTRIBUTION DISTRIBUTION

(ITER-GRID 1000 users in 2016 year)(ITER-GRID 1000 users in 2016 year)

~106 Channels100 GB/sec

Simulation: Large Simulation: Large codes in different codes in different platforms (Grid, platforms (Grid, Supercomputers)Supercomputers)

EU_RU_FUSION_GRID as prototype EU_RU_FUSION_GRID as prototype for future ITER_GRIDfor future ITER_GRID

•Kurchatov InstituteKurchatov Institute (Moscow, Russia, Igor Semenov) (Moscow, Russia, Igor Semenov) •Ioffe Institute (Ioffe Institute (St. PetersburgSt. Petersburg))•Efremov InstituteEfremov Institute (St. Petersburg) (St. Petersburg)

•Laboratorio Nacional de FusiónLaboratorio Nacional de Fusión (CIEMAT, Madrid, Spain, Francisco (CIEMAT, Madrid, Spain, Francisco Castejón )Castejón )

•BIFIBIFI (Universidad de Zaragoza, Spain, Isabel Campos ) (Universidad de Zaragoza, Spain, Isabel Campos )

•Facultad de InformáticaFacultad de Informática (Universidad Complutense de Madrid, Spain ) (Universidad Complutense de Madrid, Spain )

•CEA-CadaracheCEA-Cadarache (France, Bernard Guillerminet ) (France, Bernard Guillerminet )

•ENEAENEA (Italy, Michele Romanelli ) (Italy, Michele Romanelli )

•EFDAEFDA (European Union, Par Strand ) (European Union, Par Strand )

•KISTIKISTI ( (Korea Institute of Science and Technology Information, Korea Institute of Science and Technology Information, Korea, Jysoo Korea, Jysoo Lee )Lee )

•Under Under discussiondiscussion – US – US_FUSION_GRID_FUSION_GRID (GA, Vincent Chan)(GA, Vincent Chan)