Publications

4.4 WP3 – Modelling and Design

This work package develops guidelines, recommendations and rules for the modelling and the design of software solutions for managed zones. Targeted results are methodologies, design models, algorisms and processes that are based on the architectural approaches of WP2. The focus of this work packages is to enable the realization of M-Zones for small, single smart spaces as well as interconnected ‘island’ and probably huge and complex environments. The current work in this area can be seen as a variety of individual analysis and design to build smart spaces. They are crafted rather than engineered. Improving this situation, in order to allow organisations accurately to predict the behaviours and limitations of systems and their evolution, is the core target for the programme. The major question of this work package is: How to solve the problem, based on WP2 and as a basis for WP4?

This work package will examine a number of possible approaches to this problem, eventually. Among the approaches we consider potentially valuable, is a set of guidelines for systems designers contemplating new smart spaces and related services. The identification of relevant concepts and tools is part of such guidelines.

To model smart spaces with an aim towards ubiquitous management, this work package needs to investigate:

  • Object models – the composition of interacting objects that concentrates on clearly identified aspects of the real world
  • Semantic information – beside concrete object models, that focus on the syntax of an object, the specification of a smart space must be qualified with semantic information
  • Repositories – information bases and repositories for smart spaces in form of (usually distributed) virtual data store supporting the specific requirements of the research themes.
  • Notations – languages that are used for the specification of smart spaces and MZones that can be either formal notations or semi-formal notations.
  • Development tools – supporting the modelling as well as the design phases.
  • Communication services, protocols, formats – mechanisms and data to be exchanged in order to allow management activities to disappear.
  • Mathematical models – models of devices, systems, and networks that populate a smart space described in the language of mathematics, which facilitates analytical evaluation and comparison with model implementation within an experimental platform, that is computer simulation environment
  • Core services – (probably) standardised services that allow M-Zones to be used and operated and that enable control of seamless interoperability as well as administration and maintenance of co-operation activities.
  • Application Programming Interface(s) – define easy to use mechanisms to access resources of a smart space and its management for new service creation and deployment.


  • The outcome of this work package can be described in form of sets of models, rules and processes, which may be combined into development frameworks that can be used by developers inside and outside the programme to develop systems that benefit from the validated architectural approaches of WP2 and that can be validated using the experimental platforms of WP3.

    Deliverables (Number, Due time in months from programme start):

    D3.1 (T0+13):                Modelling and Design Report

    D3.2 (T0+18):                Modelling and Design Report

    D3.3 (T0+23):                Modelling and Design Report

    D3.4 (T0+30):                Modelling and Design Report

    D3.5 (T0+35):                Modelling and Design Report

    D3.6 (T0+42):                Modelling and Design Report

    D3.7 (T0+47):                Modelling and Design Report

    These deliverables will be generated jointly with corresponding WP2 and WP4 deliverables.

    WP3 Co-ordinator:     WIT (Dr. Sven van der Meer)