WP1. Management and Dissemination
This work
package is devoted to project management and administrative tasks and
the
exploitation and dissemination of the project results.
The main objective is to facilitate technical work, encourage synergy among the partners as well as consistency among the various technical tasks, and ensure that expected results are achieved in time, within the allocated budget, and are of good quality.
- Partners: All
- Work package leader: Alten
WP2. Programming Ease
This work package is devoted to provide means that ease the creation of software to be executed in many-core platforms with multiple levels of parallelism (threads, vectors, accelerators).
- Partners: CAPS, TSP, INRIA, VectorFabrics, TU/e
- Work package leader: CAPS
WP3. Monitoring, Performance, Analysis, and Debugging
This work package is devoted to provide tools and techniques to monitor, debug, analyse and optimise the applications to be executed in many-core platforms. These tasks could be summarized providing convenient executions platforms, and giving feedback to users to let them improve their programs. The feedbacks to unskilled users need to be very explicit. More advanced programmers can work with in top-down “profiling” manner, identifying where the time is spent and why, as well as to make more of the internal performance information available to the programmers.- Partners: UAB, Alten, ETRI, SevenCore, TestMidas, TCS, CAPS, Ericsson
- Work package leader: ETRI
WP4. Application Scenarios
This work
package is devoted to apply the methods and tools of WP2 and WP3 on
real
industrial applications. The aim of these process is to either being
able to
create new innovative applications or to optimize the applications in
order to
gain either greater functionality, energy efficiency, performance or
scalability. The applications are grouped by different application
domains
where project industrial partners are experts.
- Partners: TCS, UMONS, Ericsson, VectorFabrics, TU/e, Thales Alenia Space
- Work package leader: TCS
Collaboration matrix