1 / 16

The Astro Community and DCIs in Europe and the role of Astro-CG

The Astro Community and DCIs in Europe and the role of Astro-CG. C. Vuerli - INAF. Outline. EGI and NGIs The Astro Community in EGI Other projects and initiatives Interactions between DCIs and DDIs Horizon 2020 New astronomical projects Challenges and possible answers

huslu
Télécharger la présentation

The Astro Community and DCIs in Europe and the role of Astro-CG

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. The Astro Community and DCIs in Europe and the role of Astro-CG C. Vuerli - INAF

  2. Outline • EGI and NGIs • The Astro Community in EGI • Other projects and initiatives • Interactions between DCIs and DDIs • Horizon 2020 • New astronomical projects • Challengesand possible answers • Astro-CG and its potential strength • But how should Astro-CG be operated? 2

  3. EGI and NGIs • Presentation by Steve Brewer at the OGF35/Astro-CG session 3

  4. The Astro Community in EGI • MAGIC and Planck: the first astronomical projects in EGEE • First porting of astro applications (five funded astro partners in EGEE-III) • The Astro Community recognized as HUC in EGI • Partnership in EGI-InSPIRE to develop and maintain astro-dedicated tools and services (WP SA3, Task 5) and prepare their long term sustainability • Visualization tools • Interoperability of different DCIs • Interoperability of DCIs and DDIs 4

  5. SHIWA: Project Objectives • Enable user communities to share their WFs • Publish the developed WFs • Access and re-use the published WFs • Build multi-workflows from the published WFs • Toolset: • SHIWA Simulation Platform • WF Repository (production) • SHIWA Portal (production) • SHIWA Desktop (prototype) 5

  6. SCI-BUS: Motivations There are many user communities who would like to access several DCIs (grids, clouds, clusters) in a transparent way They do not want to learn the peculiar features of the used DCIs They want to concentrate their scientific application Therefore they need a science gateway 6

  7. SCI-BUS: MainObjectives Create a generic-purpose gateway technology Elaborate an application-specific gateway building technology and customisation methodology Establish production gateway services both for NGIs (horizontal user communities) and various science communities (vertical user communities) Create and maintain a Liferay portlet repository that enables the quick creation of user specific customised gateways Develop business models to guarantee sustainability and commercial exploitation 7

  8. SCI-BUS: Generic Gateway • Based on Liferay • WS-PGRADE (Web Services Parallel Grid Runtime and Developer Environment) • gUSE(Grid User Support Environment) architecture • General purpose • Workflow-oriented portal framework • Supports the development and execution of workflow-based applications 8

  9. SCI-BUS: gUSE/WS-PGRADE • Scalable architecture based on collaborating services • Seamless access to various types of DCIs: • clusters • service grids • desktop grids • clouds • Advanced data-flows and workflow concept: • Embedded workflows • Parametric nodes • Legacy codes • Web services • Advance input data management: • Cross product • Dot product 9

  10. Other projects and initiatives • Which other projects? • It is not trivial to be aware of DCI-related initiatives in progress (or planned) within astro projects • Why? It could happen that… • People don’t know the existence of a coordination at European level • People don’t see any convenience if they coordinate within EGI • People are overloaded and forced to focuson key topics of their projects/activities 10

  11. DCIs-DDIs interactions • Interactions between computing and data e-Infrastructures are crucial for astronomy • Data repositories play a key role • The definition of standards enabling DCIs and DDIs to share and access data repositories is of utmost importance • New astro projects try to face and overcome this gap but more (and coordinated) effort is still necessary to fully achieve this objective 11

  12. Horizon 2020 • It is the forthcoming (starting in 2013) European Framework Programme for Research and Innovation • Special emphasis is put on data exploitation and data preservation • Horizon 2020 seems then to be strongly data-oriented • Various initiatives in progress to make the astro community ready to answer to Horizon 2020 calls • In this new scenario the interoperability between DCIs and DDIs become crucial 12

  13. New projects: challenges • The size • Large scale projects spanning over different countries and involving many Institutes • Their efficient management is not trivial • Technological advances • Need to operate astronomical instrumentation increasingly powerful and sophisticated • New data processing/storing challenges • Avalanches of complex data to process and archive in a reasonable time • Cross-correlation of data coming from different projects and facilities • Long term preservation of produced data to maximize their scientific exploitation 13

  14. New projects: possible answers • Enforce the collaboration between projects, research groups and Institutes • Be aware of new opportunities offered by advances of technologies sitting behind DCIs • Joint analysis of their respective requirements and needs in terms of tools and services • Explore together and jointly with IVOA • The interoperability issue between DCIs and DDIs • Common standards in accessing and processing data • New challenges coming from topics like data preservation and data exploitation • How to manage legacy data and legacy software • Improve the transfer/sharing of knowledge • Improve the communication level and the flow of information • between different projects and initiatives • with coordinating entities like OGF and EGI 14

  15. Astro-CG potential strength • Strength points empowering Astro-CG • Its worldwide geographical coverage • Its mission • Sharing of expertize and knowledge • Sharing of common issues • Collaboration in looking for and providing possible solutions and interoperability paths between different e-Infrastructures and the underlying technologies • Definition of services and interfaces enabling the integration of e-Infrastructures and of their related resources • Understanding and overcoming issues and limitations that hamper the exploitation of DCIs and their related technologies • The liaison group with IVOA (GWS WG) 15

  16. But how to operate Astro-CG? • Collaboration tools are crucial to open new communication channels • Passive tools and services • Dedicated mailing lists • Thematic web pages • Web based collaboration tools • Proactive initiatives • Establish individual contacts with astro projects and research groups • Definitely the most time-consuming and challenging task • Promote inter-projects communication channels and thematic discussion topics • Efficient exploitation of OGFs • At each OGF identify a hot topic and focus the Astro-CG session on it, fostering related communications by the various projects and RGs 16

More Related