Projects
Concurrent design of control, embedded hardware and software for mechatronic and cyber-physical systems (CSE_codesign_ICON). University of Antwerp
Composable and Embeddable Software Design for Robotic and Cyber-Physical Systems KU Leuven
System-of-systems is the multidisciplinary area that involves system integration as a key to address complex tasks or problems, usually by means of composing multiple independently controlled systems together as part of a large application that often exists only temporarily.
This research presents a systematic methodology for the realization of autonomous coordination and self-reconfiguration on cyber-physical systems and ...
Discrete choice experiments: design software and two-stage choice models KU Leuven
Discrete choice experiments (DCE's) are commonly used to elicit preferences from decision makers. This thesis contributes to designing such experiments, as well as modelling the choice data gathered by such experiments.
In the second chapter, the newly developed R-package "idefix" is presented. The latter enables users to generate optimal designs for DCE’s. Furthermore, it includes adaptive design methodology and the option to gather ...
Research into a methodology for architects for the assessment and integration of sustainable use of materials from the early design. Hasselt University
Automated generation/optimisation of cryptographic protocols: a new methodology in protocol design. KU Leuven
Privacy-by-design Regulation in Software Engineering (PRiSE) KU Leuven
Software for cooperative autonomous systems KU Leuven
Developing software for cooperative autonomous systems is challenging, especially for safety-critical systems such as UAVs. A problem with current approaches in the design of UAV software is handling conflicting goals. Currently, there is no way to detect/avoid conflicting goals in the UAV software in a consistent and predictable manner. Component-based design and development can bring inherent reliability to an airborne system, however, ...