The Galicia Supercomputing Centre (CESGA) provides high performance computing resources and services to research institutions in Galicia, Spain. It aims to promote computational science research and technology transfer. CESGA has over 16,000 GFLOPS of computing power and seeks to make HPC resources more accessible to small and medium enterprises through training programs and a cloud infrastructure called CloudPYME. This project aims to validate open source simulation software, provide training, deploy cloud services, and support 10 SMEs in order to increase adoption of HPC and sustainability of the resources.
VCOC BonFIRE presentation at FIRE Engineering Workshop 2012
Role of public supercomputing centers in HPC Cloud promotion
1. CENTRO DE SUPERCOMPUTACIÓN DE GALICIA
Role of public supercomputing
centers in the promotion of HPC on
Cloud:
the CloudPYME Case
Andrés Gómez Tato
(Galicia Supercomputing Centre)
Göteborg, May 2012, SWEDEN
3. FINIS TERRAE
Spanish National Unique Scientific & Technology
Infrastructure
More than: 16,000 GFLOPS 2,580 CPUs 19,640 GB Memory
Göteborg, May 2012, SWEDEN
4. MISSION STATEMENT
To provide high performance computing and advanced
communications resources and services to the scientific
community of Galicia and to the Spanish National Research
Council (CSIC), as well as, to institutions and enterprises
with R&D&I activity.
To promote high quality research in Computational
Science in close collaboration with the research community
from Galicia as well as from other regions or countries all
over the world; contributing in this way to the advancement
of science, to transfer technology to industry and
administrations, and as consequence, to the welfare of
society as a whole.
Göteborg, May 2012, SWEDEN
5. Legal Status
Non Profit Foundation
PARTNERS
Regional Government of Galicia
National Reseach Council of Spain
Göteborg, May 2012, SWEDEN
6. CUSTOMERS
Universities of Galicia
Regional Research Centers
National Research Council Centers (CSIC)
Hospitals
Private Companies from any country
Technological Centers
Other Non Profit RTD Centers
ISO 9001:2008 UNE166002 Excellence in Management
Quality Management R&D Management
Göteborg, May 2012, SWEDEN
15. CONSTRAINTS
Open Source
Training
External CPUs:
CLOUD
Göteborg, May 2012, SWEDEN
16. ACTIONS
Identify, Verify and Validate Open Software
Salome
Code_aster
OpenFOAM
Training Technological Centres
External Support
Supercomputer Centres
CPU on demand or
Cloud Providers
Göteborg, May 2012, SWEDEN
18. ACTIVITIES
Validate software: CODE_ASTER
Develop Training Material and Courses
Deploy Cloud Infrastructure
Create a support infrastructure
Train 100 people
Test system in 10 SMEs
Study sustainability
Göteborg, May 2012, SWEDEN
19. CLOUD INFRASTRUCTURE
Remote StorageQueue
Classical Batch
CloudPYME Distribution
Shared for SMEs employees
Better Performance
SALOME
Protected on Queue
Must wait
CODE_ASTER
STORAGE
HPC on Cloud
CPUs on Demand
Same CloudPYME Distribution
Göteborg, May 2012, SWEDEN
20. CLOUD SUPPORT
LEVEL 1
LEVEL 2
Göteborg, May 2012, SWEDEN
22. Next Steps
Add more applications: OpenFOAM,
MaxFEM
Test with 10 SMEs
Write best-cases
Disseminate Cloud Advantages
Sustainability
Göteborg, May 2012, SWEDEN
23. CONCLUSSIONS
Simulation is a must for SMEs
Still important barriers to adopt it
Supercomputing centres have the
computing knowledge
But need collaboration with Tech Centers
Open Software and Cloud could help
adoption
And…
Göteborg, May 2012, SWEDEN