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implement innovative solutions to enable seamless operation in connected and autonomous mobility use cases. - Validate research outcomes through a combination of high-fidelity simulations and
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, including the development and use of 3D models and the study of extracellular vesicles Analyze high-throughput data sets using R or similar software Present research findings in meetings Document performed
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to pilot and demonstrator levels, particularly for polymeric and functional materials. Perform key parameter calculations (e.g., heat/mass transfer, mixing, kinetics) to guide scale-up decisions. Design, set
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objective function (eg, approximation error). A key question is to devise an algorithm that organizes the operators into a sequence, such that the best operators (low cost and high benefits) are performed
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performance of diagnostic tests when these tests are imperfect. The case of plague in Madagascar in 2017. ten Bosch et al, PLoS Biology 2022 Development of an ensemble model to forecast COVID-19
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trauma surgery, affecting approximately 10.3 individuals* per 100,000 inhabitants each year [1]. They represent a significant public health issue due to the high costs associated with dependency and
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maintain scalable and high-performance software solutions Implement frontend applications using a modern JavaScript framework (React or Vue.js) Containerize applications using Docker for consistency across
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Europe, and contributing to innovations that enhance healthcare and medical research. As part of the IDERHA development team, you will: Design, develop, and maintain scalable and high-performance software
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enabling trustworthy AI adoption through methods and tools for compliance, readiness, and performance evaluation. In the field of Smart Cities, we lead the operations of the CitCom.ai project. CitCom.ai is
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with high dimensionality: Computational difficulties linked to the high dimensionality of the underlying tensor approach have been tackled in [GOU20] by undersampling the measured AF ECG signals