Difference between revisions of "EGI-Engage:WP6-PY1-Roadmap"
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! 9 | ! 9 | ||
| Task 6.7 (LifeWatch) | | Task 6.7 (LifeWatch) | ||
| Develop tools for analysing input from citizens | | Develop tools for analysing input from citizens (e.g. pictures) | ||
| <span style="font-size: 12.8000001907349px; line-height: 19.2000007629395px; background-color: rgb(249, 249, 249);"> D6.1 Assisted pattern recognition tools integrated with EGI for citizen science (OTHER)</span> | | <span style="font-size: 12.8000001907349px; line-height: 19.2000007629395px; background-color: rgb(249, 249, 249);"> D6.1 Assisted pattern recognition tools integrated with EGI for citizen science (OTHER)</span> | ||
| Jesús Marco | | Jesús Marco |
Revision as of 15:38, 11 June 2015
This page is providing yearly activity plan for WP6 in PY1:
- TASK SA2.1 Training
- TASK SA2.2 Technical User Support
- TASK SA2.3 ELIXIR (start in M6)
- TASK SA2.4 BBMRI (start in M7)
- TASK SA2.5 MoBrain
- TASK SA2.6 DARIAH
- TASK SA2.7 LifeWatch
- TASK SA2.8 EISCAT_3D
- TASK SA2.9 EPOS (start in M7)
- TASK SA2.10 Disaster Mitigation
Project month |
Project Tasks |
Work to be done |
Goal (measurable) |
Owner (reponsible person) |
Comments |
---|---|---|---|---|---|
3 |
Task 6.1 |
Define EGI's training plan for the 1st year of EGI-Engage |
M6.1 Joint training programme for the first project year (With EUDAT, PRACE, CCs, NGIs, UCB) |
Gergely Sipos |
Document was delivered at the end of May: http://go.egi.eu/trainingplan |
5 |
Task 6.1 |
Setup training VO on the Federated Cloud Register training robot certificate, generate proxies for students and trainers Prepare training materials for 3.5 course (slides + hands-on exercises incl. VM images and datasets) Test training material and setup by July 15, deliver courses in second part of July |
Deliver two courses on EGI Federated Cloud at 'Software Carpentry workshop' (SAP, UK) and HPCS (Amsterdam) |
Gergely Sipos |
|
10 |
Task 6.1 |
Work with Resource providers of the training VO to identify suitable business model for continued provisioning of thevirtualised training e-infrastructure that can operate 24/7 to serve EGI-related courses and self-paced training needs. |
Suitable business model for continued operation of the training VO in EGI |
Gergely Sipos |
|
10 |
Task 6.1 |
Prepare module based on the joint use case that has been identified and documented during the EGI-EUDAT meeting at the EGI Conference in Lisbon. (FedCloud, B2Find, B2Drop, B2Safe) |
Joint training module with EUDAT |
Diego Scardaci |
F2F delivery at the EGI Community Forum? |
8 |
Task 6.1 |
After the platform components are integrated and tested develop training for the NGI user support teams and EGI.eu staff on how to support long-tail users with the platform. |
Training module on the 'EGI long tail of science' platform |
Diego Scardaci, Peter Solagna |
F2F delivery at the EGI Community Forum? |
8 |
Task 6.1 |
A module about security policy, procedures and interoperability solutions in the various e-infrastructures, with possible involvement of EUDAT. The content will be developed for a joint event that will be held in the autumn, then will be shared as a training module in the marketplace.
|
Joint event and training module with PRACE |
Dave Kelsey |
Event approx in October (date, venue TBD) |
5 |
Task 6.1 |
The module will target those who prepare and those who endorse VM images for scientific/training purposes. The module will define the characteristics of ‘secure’ VM images, will teach how to prepare such images, and will demonstrate how to assess the security characteristics of such images.
|
Training module on Virtual Machine preparation and certification in the EGI Federated Cloud.
|
Vincenzo Spinoso |
To be developed by security experts funded in T6.1: CERN, CESNET, LIP, NIKHEF |
10 |
Task 6.1 |
Define incident handling process - by CSIRT |
Training module on Incident handling in the EGI Federated Cloud. |
Dave Kelsey |
To be developed by security experts funded in T6.1: CERN, CESNET, LIP, NIKHEF F2F delivery at EGI Community Forum? |
12 |
Task 6.1 |
Exploring possibility of training module developments with other tasks on the following topics:
|
Additional training modules |
Gergely Sipos |
F2F delivery at EGI Community Forum? |
4 | Task 6.1 |
Ensure that the Training Marketplace is used accross EGI, and that it can collect and provide the relevant details about events, content, etc and the impact. Provide templates and surveys for EGI trainers to be able to collect relevant metrics. |
Mechanisms and tools to assess impact of training activities. | Gergely Sipos | |
1 | Task 6.2 | Definition of the technical use cases support process | Establishment of a procedure for handling use case support, RT queue for tracking use cases | Gergely Sypos / Enol Fernandez | |
12 (15) | Task 6.2 | Finalise use case and requirements document (M6); Selection of technologies potentially matching requirements (M9); Basic tests and feedback (M12); Final tests and feedback (M15) | Pilot usage of EGI infrastructure by HBP | Lukasz Dutka / Enol Fernandez | |
12 | Task 6.2 | Arrange collaboration agreement with LOFAR/SKA and possibly other projects from the ASTERICS cluster project; Collect and document e-infrastructure use cases and requirements from the communities; Analyse requirements, propose implementation plan and roadmap | Implementation roadmap for LOFAR/SKA | Tiziana Ferrari / Enol Fernandez | |
12 | Task 6.3 (ELIXIR) |
Collect use cases from ELIXIR-EXCELERATE, CC members, EGI members (e.g. GAPF VT), then select the most relevant ones for the CC to work with. Analyse use cases from the technical perspective to capture requirements for e-infra and ELXIR RI services. Life science requirements analysis and driver use case(s) with implementation roadmap are agreed |
M6.3: Life science requirements analysis and driver use case(s) with implementation roadmap are agreed. | Tommi Nyronen | |
12 | Task 6.4 (BBMRI) |
Collect use cases from the BBMRI community and from CC members then select the most relevant ones for the CC to work with. Analyse use cases from the technical perspective to capture requirements for e-infra and BBMRI RI services. Design suitable technical architecture to address the requirements. |
M6.2: Security and privacy requirements and secure storage architectural design are agreed | Petr Holub | |
7 | Task 6.5 (MoBrain) | Discuss options for the implementation of a fully integrated MoBrain portal (built on N4U and WeNMR technologies, considering work in WestLife VRE project). Reach agreement on the concept of the integrated portal and on CC partners' responsibilty for developing it. | Agreement on the concept of the integrated portal and on CC partners' responsibilty for developing it. | Alexander Bonvin | |
12 | Task 6.5 (MoBrain) | D6.4: Fully integrated MoBrain web portal (OTHER) | Alexander Bonvin | ||
11 | Task 6.5 (MoBrain) | Learn about the 'Accelerated Computing platform' of EGI (GPGPU facility) at the EGI Community Forum; Perform initial tests on it with GROMACS and AMBER. | Initial tests on the 'Accelerated Computing platform' of EGI | Alexandre Bonvin, Peter Solagna | Depends on progress of Task JRA2.4 |
4 | Task 6.6 (DARIAH) |
Prepare user survey to be used by the CC to collect needs and requirements from digital humanities communities and users. Interview leaders of relevant DARIAH WGs, run the survey in relevant groups |
User survey and interviews conducted | Karolj Skala, Davor Davidovic | |
9 | Task 6.6 (DARIAH) | Collect and analyse the outcome of the user survey and interviews, feed findings into CC activities (both technical and community related) | Analysis of user interview and survey outcome | Karolj Skala, Davor Davidovic | |
11 | Task 6.6 (DARIAH) | Integrate gLibrary into the DARIAH gateway, Perform tests, Import dataset from the Austrian Academy of Sciences, Provide materials for digital humanities researchers on how to use the data reportisoty. | D6.2 Data repository for DARIAH (OTHER) | Roberto Barbera | |
12 | Task 6.6 (DARIAH) | Decide about the best approach to integrate the application with EGI platforms and with the DARIAH gateway services. Implement the integration. | D6.5 Final version of Multi-Source Distributed Real-Time Search and Information Retrieval application (OTHER) | Tibor Kalman | |
9 | Task 6.7 (LifeWatch) | Develop tools for analysing input from citizens (e.g. pictures) | D6.1 Assisted pattern recognition tools integrated with EGI for citizen science (OTHER) | Jesús Marco | |
12 | Task 6.7 (LifeWatch) | Provide access to R and related analysis tools in Virtual Machines for the processing of data from Ecological Observatories | Data flow handler and basic R tools to integrate and process data from Ecological Observatories on EGI (DEM) | Jesús Marco | |
2 | Task 6.8 | Scope the investigation plan, and get each party agree on the task force. Set up weekly meeting for discussion and progress monitoring. | Reach agreement on task responsibilities of participating parties | Yin Chen (EGI) | Agreement was achieved by May |
6 | Task 6.8 | Identify priority development components, draft the first version of Portal Design Specification |
First version of the portal design specification to be delivered |
Ingemar Haggstrom(EISCAT)/Yin Chen(EGI) |
|
6 | Task 6.8 | Present the first version of design specification to EISCAT community and get feedback and approval |
Present the first version of the design specification to EISCAT community, and get feedback and approval. |
Ingemar Haggstrom(EISCAT)/Yin Chen(EGI) |
A presentation can be given at the EISCAT annual conference in Sep, to get feedback inputs from EISCAT scientific community |
10 | Task 6.8 | Develop the portal prototype based on the first version of the design specification. |
Portal prototype to be delivered |
Ake Sandgren(SNIC) |
|
12 | Task 6.8 | Based on the feedback from EISCAT community, identify priority development areas. Refine the first version of the design specification, adding new functional elements and to draft the second version of the design specification. Present the second version of design specification to EISCAT community and get feedback |
Second version of the portal design specification to be delivered, feedback to be obtained from EISCAT community |
Ingemar Haggstrom(EISCAT)/Yin Chen(EGI) |
|
12 | Task 6.8 | Deliver the Portal prototype, and identify a few EISCAT users to test it. |
Present the protal EISCAT community, and get feedback. |
Ake Sandgren(SNIC) |
|
12 | Task 6.9 | EPOS requirements analysis and outline of pilot use cases are agreed |
|
Daniele Balio (EPOS/INGV), Diego Scardaci (EGI.eu/INFN) |
|
6 | Task 6.10 (DM CC) | Collect details about the use cases from each CC member. This should cover: Details of the disaster event(s) to be simulated/predicted; details on required data; details on simulation applications, tool and gateways to interact with the data; necessary visualisation tools; implementation roadmap and timeline | Integrated information about the use cases that the CC members will work with | Simon Lin, Eric Yen | |
6 | Task 6.10 (DM CC) | Planning participation and contributions to the 40th APAN meeting | Contributions and meeting at the 40th APAN meeting (<a href="http://www.apan.net/meetings/KualaLumpur2015/">http://www.apan.net/meetings/KualaLumpur2015/</a>) | Simon Lin, Eric Yen | |
8 | Task 6.10 (DM CC) | Specification of the web portals for tsunami wave propagation simulations and for WRF-based weather simulation | Simon Lin, Eric Yen | The portals will be implemented and delivered as D6.9 in M14. |