|Work package number||1||Start date or starting event:||M1|
|Work package title||Requirements|
|Participant short name||PHILIPS||PAJ||CISC||NXP-A||UoO||UEF||VTT|
|Person-months per participant||12||8||4||5||20||11||6|
|Participant short name||MEGA||CON||NSN||KNR||CEA||Atego||EADS|
|Person-months per participant||8||6||6||8||6||11||6|
|Participant short name||CAU||ETAS||NXP-D||CRF||RTU||LDZ||MU|
|Person-months per participant||3||10||5||28||2||2||5|
|Participant short name||ISYS||IKER||MDH||Volvo||ARC|
|Person-months per participant||5||14||3||8||2|
Purpose of WP1 is the definition of the requirements for tools and methodologies to be developed by the technology packages. Starting from the evaluation of the current state-of-the-art and state-of-practice approaches related to evolutionary development in the model-based engineering of embedded systems, requirements for tools and methodologies will be defined in order to provide: non-intrusive analysis and monitoring techniques to systematically collect information during the creation and evolution; decision support for the synthesis of system architectures; model management and visualisation, to automate the management of models and improve comprehension during the system evolution. Safety and certification requirements will be also identified. Reusability and cross-domain applicability of the solution will also be considered from the very beginning of the project. WP1 is also responsible for the validation of the methodologies after the 1st phase and for the definition of test methodologies that will be applied during validation phase and the preliminary definition of candidate validation cases and scenarios.
Contributors: Philips, EADS, NSN, UoO, UEF
This task determines the requirements originating from the longevity validators. These relate to evolution of systems in the field, upgrades of these. It addresses methodology and tools to use system diagnosis to provide improved system designs.
Contributors: ETAS, NXP-A, NXP-D, CISC, MU, ISYS, CRF
This task determines the requirements originating from the tuning & scaling validators. These relate to dealing with tuning and calibrating due to variations originating from the production process, and with user variation. The task deals with tooling and methodology supporting calibration and tuning, and run-time measurement of system properties. Specific care is on resource usage and energy efficiency.
Contributors: PAJ, IKER, Atego, CISC, CEA, RTU, LDZ
This task determines the requirements originating from the reliability & safety validators. These originate from the need to incorporate reliability and safety standards and the run-time measurement of these properties. The task deals with tooling and methodology supporting design and run-time adherence to reliability and safety properties.
Contributors: Philips, EADS, NSN, ETAS, NXP-A, NXP-D, CISC, PAJ, IKER, Atego, VTT, CAU, UoO, UEF
This task determines the requirements originating from the industrial applicability. These relate to compositionality, comprehensibility and the management of models. In addition the task prepares a test methodology to evaluate the validators developed in WP6.
|Deliverables||month of delivery||responsible|
|D1.1||Requirements definition – each task a separate chapter||M6|
|D1.2||Technical validation – each task a separate chapter||M19|
|D1.3||Requirements update – each task a separate chapter||M21|