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of this thesis is to develop an intelligent home assistance system for people with disabilities. This system collects data from individuals' environments, locates them in real-time, recognizes their daily
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player to collaborate and pool their resources. The goal of this project is to propose mathematical formulations for the problems identified before, and to develop theoretical properties that can be
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. For this we will start from the scheduling problems with job acceptance/rejection and explore the mathematical structures and develop optimization algorithms allowing us to extend the results to more general
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develop methodologies for effectively integrating regulatory requirements from the early stages of system design, proposing models that heritage institutions could adopt. This project will contribute
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project aims to develop security approaches promoting the secure use of mobile devices in e-health. It aims to create innovative models ensuring the confidentiality of medical exchanges, crucial in a
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the complexity of the problems to be addressed. On a technical level, the aim is to develop methods and tools to support this collaborative and concrete contextualisation. This will be done through the use
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to provide significant data for degradation indicator construction. 3. Developing degradation indicators from selected data and validating them. The objective of this thesis is to develop a new tool to address
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repair) to develop joint policies for optimizing the performance of the over-actuated system and managing the reliability of its actuators. We hope that such policies provide a complete solution to improve
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design methods, to contextualise the design, and 2) systemic design methods, to take account of the complexity of the problems to be addressed. On a technical level, the aim is to develop methods and tools