research infrastructures information day brussels, march 25, 2003 victor alessandrini idris - cnrs
TRANSCRIPT
Research Infrastructures Information Day
Brussels, March 25, 2003
Victor AlessandriniIDRIS - CNRS
Build a European Grid infrastructure
that gives users
a seamless, secure access to
High Performance Computing resources
and that advances
computational science
in Europe
EUROGRID Vision
EUROGRID Goals
European HPC centers build and run a GRID testbed– Seamless access to HPC resources
– Multi-site jobs
Interfaces for important applications– Bio-/Chemical
– Meteo
– CAE
Industrial applications and GRID usage scenarios– ASP services for engineers
– Intranet solutions for distributed organizations
Development of new GRID middleware– E.g. resource broker, efficient data transfer, . . .
Contribute to Global GRID development
EUROGRID Partners
HPC Centers CSCS Manno (CH) FZ Jülich (D) ICM Warsaw (PL) IDRIS Paris (F) Univ Bergen (N) Univ Manchester (UK)
Users Deutscher Wetterdienst EADS T-Systems (debis
Systemhaus (Assistant Partner)
Volume: 33 person years, 3.5 MEuro cost
funded by European Commission Grant No. IST–1999–20247
Integration Pallas (Project Coordinator)
Fecit (Assistant Partner)
EUROGRID Geography
UNICORE Architecture
Cray NQE IBM LL
UNICORE TSI
UNICORE Network Job Supervisor
UNICORE Gateway
UNICORE Clients User’s Laptop
UNICORE TSI
UNICORE Network Job Supervisor
UNICORE Gateway
NEC NJS
UNICORE Site B
Commandor Routine I/F
Secure Intranet
Insecure Internet
UNICORE Site A
Virtual Site
Bio–GRID
Develop interfaces to existing biological andchemical codes
Operate a GRID for biomolecular simulations
Meteo–GRID
Develop a relocatable version of local weather prediction model
ASP solution for on demand localized weather prediction
Meteo–Grid
Ubiquitous access to local weather prediction software, developed at DWD and CSCS
WAN
DWD
EUROGRIDcenter
Client workstation(somewhere)
Global modelDatabases
Requestprediction
Requestglobal data
Send global data
Computeprediction Send
results
CAE–GRID
Coupled simulations of aircrafts(e.g. structure and electromagnetism)
Goal:internal HPC portal for EADS engineers
CAE–GRID
T-Systems (Debis Systemhaus) operates www.hpcportal.de
Provide HPC portal to engineers at Daimler–Chrysler and partners
Develop GRID technology for computing cost estimates and billing
Achievements WP1 (Bio-GRID)
Jobs built for GROMOS, GAUSSIAN, AMBER
Plug-In for Gaussian developed
See special presentation and demonstration
biogrid.icm.edu.pl
Del. Title Planned status
D1.1a Bio-GRID Requirements for EUROGRID 31-01-01 available
D1.2a Evaluation of EUROGRID-0, Specification and Requirements for BioGRID
30-04-01 available
D1.2b First Report on Bio-GRID Operation, Extensions and Adaptations
31-07-01 available
D1.3a EUROGRID-0.5 Evaluation in Bio-GRID 31-10-01 available
Achievements WP2 (Meteo-GRID)
Relocatable version of LM completed
Model runs at IDRIS, CSCS, ICM
EUROGRID deployment under way
Del. Title Planned status
D2.1a Meteo-GRID Requirements for EUROGRID 31-01-01 available (update)
D2.2a Evaluation of EUROGRID-0, Specification and Requirements for Meteo-GRID
30-04-01 available
D2.2b First Report on Meteo-GRID Operation, Extensions and Adaptations
31-07-01 available
D2.3a EUROGRID-0.5 Evaluation in Meteo-GRID 31-10-01 available
Achievements WP3 (CAE-GRID)
EADS: Acoustic and electromagnetic applications running with EUROGRID-0.5
Workflow chain simulation possible Plug-Ins under way T-Systems: evaluation of EUROGRID-
0.5 started, requirements formulated
Del. Title Planned status
D3.1a CAE-GRID Requirements for EUROGRID 31-01-01 available
D3.2a Evaluation of EUROGRID-0, Specification and Requirements for CAE-GRID
30-04-01 available
D3.2b First Report on CAE-GRID Operation, Extensions and Adaptations
31-07-01 To be merged with D3.3a
D3.3a EUROGRID-0.5 Evaluation in CAE-GRID 31-10-01 available
Achievements WP4 (HPC-GRID)
EUROGRID-0.5 installed and running at all centers
HPC-GRID operational Evaluation result:
EUROGRID-0: good but fragile,EUROGRID-0.5: much progress, more stable
Now running coupled applications at multiple sites, see special presentation and demonstration
Del. Title Planned status
D4.1a HPC-GRID Requirements for EUROGRID 31-01-01 available
D4.2a Evaluation of EUROGRID-0, Specification and Requirements for HPC-GRID
30-04-01 available
D4.2b First Report on HPC-GRID Operation, Extensions and Adaptations
31-07-01 available
D4.3a EUROGRID-0.5 Evaluation in HPC-GRID 31-10-01 Delayed(Dec 31)
FZJ
Achievements WP5 (Technology)
File transfer infrastructure in place and evaluated
Resource broker spec developed and published
Interoperability of Unicore with CORBA demonstrated, see special presentation
Del. Title Planned status
D5.1a Spec of Efficient Data Transfer Extensions 31-03-01 available
D5.1b Efficient Data Transfer for EUROGRID-0.5 31-05-01 available
D5.2a Spec of Resource Broker Extensions 31-05-01 available
D5.3a Spec of ASP Services Extensions 31-05-01 available
D5.4a Spec of Appl Coupling Extensions 31-03-01 available
D5.4b Appl Coupling for EUROGRID-0.5 31-05-01 available
D5.5a Spec of Interactive Access Extensions 31-03-01 available
D5.5b Interactive Extensions for EUROGRID-0.5 31-05-01 available
Achievements WP6 (Integration)
EUROGRID 0 and 0.5 released on schedule and installed at partners
Rapid improvement cycle (13 minor releases driven by user requirements), progressive refinement towards EUROGRID 1
Same code base for UNICORE Plus and EUROGRID Interim certification policy available, technology in place EUROGRID has motivated many Unicore developments Technical Project Workshop at Pallas
Del. Title Planned status
D6.1a EUROGRID-0 Release Report 31-01-01 available
D6.1b EUROGRID-0 Support Report 31-05-01 available
D6.2a EUROGRID-0.5 Release Report 31-07-01 available
Cooperations
UNICORE Pluscommon code base and exchange of access rights
GEANTcooperation regarding QoS requirements
DataGRIDjoint dissemination meetings, joint events
GRIDSTARTjoint dissemination
Global Grid Forumparticipation, contributions, adaptation of standards
UK GRID ProjectUNICORE/EUROGRID workshop planned