• Aucun résultat trouvé

A multi-modelS based approach for the modelling and the analysis of usable and resilient partly autonomous interactive systems

N/A
N/A
Protected

Academic year: 2021

Partager "A multi-modelS based approach for the modelling and the analysis of usable and resilient partly autonomous interactive systems"

Copied!
293
0
0

Texte intégral

Loading

Figure

Figure 2: Task analysis and modelling to represent the real work
Figure 12: Functional methods and modelling techniques to represent the real context of organisations
Figure 25: Modelling phase – Integration of the Models sub-phase IIb
Figure 30: Evaluation phase – Coverage of the performance objectives sub-phase IIIb
+7

Références

Documents relatifs

– Benefits of using task models in various stage of the interactive system development (structuring user documentation, designing and assessing a training program [ 7 ], assessing

Once a complete representation of all the functions has been obtained through the three modelling techniques (FRAM, HAMSTERS and ICO&PetShop) and once a complete

More precisely, the contributions of the work in this thesis are:  A general overview of the existing fall detection systems Chapter II, Section1 and the sensing floors Chapter

In this section we provide an overview of Flexmi as introduced in [7], using the Simulink-like component-connector comps metamodel presented in Figure 1 as a running example, and

This paper presents the current research results as an overview of a complex and largely subjective problem space. The presented structure and methodology is

In order to master the growing complexity of analogue electronic systems, modelling and simulation of analogue hardware at various levels is absolutely necessary. This paper

─ Benefits of using task models in various stage of the interactive system development (structuring user documentation, designing and assessing a training program [7], as- sessing

Being divided into six parts, the structure of this document matches with the re- search work described above. Chapter 1 presents an overview for many relevant VRP classes,