This Workshop was dedicated to support the progress of task 3, 4 and 5. Main questions addressed ways how to proceed with our distributed laboratories (DNML and DDAL), possibilities regarding the enabling of high performance and grid computing (HPC) and how to promote the EMDAF catalogue among users hence building a broader JRA3 community.

Agenda, Participants, Minutes: JRA-EMDAF_WS_june2011-Minutes.pdf

Presentations:

• Summary of UCL JRA3 activities: (Nick Achilleos)

• Self-consistent modelling of Mercury's surface composition and exosphere by solar wind sputtering: (Martin Pfleger)

• Multi-dimensional Analysis of Electromagnetic Fields: (Ondrej Santolik)

• Task5: Enabling High Performance and Grid Computing Architectures: (Graziella Ferini)

Useful Links:

• MarTIM Development Nicholson, W.P., 2011, PhD Thesis, University College London

• UCL planetary Model / Data Analysis online resources
  • Web Interface and Parameter Validation: Django web framework for Python
  • Job Queuing System/Broker: RabbitMQ Advanced Message Queuing Protocol (AMQP) compliant message queuing system
  • Job Processing: Django‐Celery asynchronous task queue/job queue

• Spectral Matrix Analyzer (O. Santolik)

• Standard Data Format: HDF5

• HPC Group @ CINECA
  • Become a user

• PRACE: Partnership for Advanced Computing in Europe
  • Currently open calls

• PRACE: Preparatory Access

• HPC Europa Infrastructure
  • Continuous online submission