|Work package number||2||Start date or starting event:||M1|
|Work package title||Modelling and design frameworks|
|Participant short name||ALM||OCE||TUD||DTU||CISC||NXP-A||UoO|
|Person-months per participant||11||4||40||14||24||28||20|
|Participant short name||UEF||MEGA||CON||NSN||CEA||Atego||Valeo|
|Person-months per participant||44||7||5||36||30||37||24|
|Participant short name||EADS||NXP-D||CRF||FBK||MU||ISYS||IKER|
|Person-months per participant||10||23||12||45||30||7||30|
|Participant short name||MDH||Volvo||ARC|
|Person-months per participant||24||4||6|
The starting point for engineering systems is models. Usually, a wide-variety of models is needed to capture the essentials of systems. These models are not orthogonal. They provide partly overlapping viewpoints of the system. During system engineering one starts with high-level models that are then step-wise refined to system descriptions that can be realized in hardware and software.
This workpackage specifically addresses the issues of annotation of models and traceability as these are the means to keep models consistent and alive during the evolution of the systems.
This workpackage identifies the models needed to support the use-cases of the industrial partners in WP6. It is related to other work packages as follows:
Contributors: NXP-D, NSN, EADS, TUD
These models deal with how best to evolve new products out of the existing ones. To maintain products in the field, models will be developed to capture the status of product parts and correlate them to draw conclusions on the overall product status.
Contributors: NXP-A, OCE, DTU, CISC, MU, ISYS, IKER, ALM
These models need to specify the high configurability of systems. This configurability is needed to meet the wide variety of customer, national, and international requirements. This type of models is also needed to deal with variations in the production process.
Contributors: CEA, Atego, Valeo, CRF, FBK, LDZ, CG, UoO, UEF
These models are needed to specify reliable and safe systems. An important characteristic of these models is compositionality; i.e. showing that if the parts are reliable and safe the system built out of these parts is this too.
|Deliverables||month of delivery||responsible|
|D2.1||Model frameworks for 1st phase baseline – each task has a chapter||M6|
|D2.2||Model frameworks for 1st phase – each task has a chapter||M18|
|D2.3||Model frameworks for 2nd phase – each task has a chapter||M33|