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, the candidate will design and optimise the key components of a disassembled loudspeaker (suspensions, magnetic motor, diaphragm) using analytical, numerical and experimental approaches. A second phase will focus
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interactions. PhD topic Within the context of ADVHANDTURE, the goal of the PhD is to design multimodal tactile devices dedicated to the hand for interacting with immersive environments. The main scientific
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. Context: The design of cryogenic silicon circuits has gained much importance in recent years, in particular for applications such as silicon quantum computers that require interface electronics with ultra
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, and knowledge engineering, with applications in knowledge capitalization, recommendation systems, and the design of narrative virtual environments. This PhD project aims to explore the use of Mixed
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process structures. However, this method is limited by the inductive bias of the predefined superstructure. Innovation: Increased computing power and advances in data science have popularized new algorithms
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(Technology for engagement and personalized support of people with aphasia in rehabilitation). The candidate will join a research team with extensive experience in ergonomics and HCI, particularly in the design
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specifically aim to explore the synergistic benefits of CA and natural language argumentation to design theoretically grounded models of natural language argumentation by leveraging the capabilities of Large
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Valéo -EMC Box). This project, led by VALEO, aims at advancing design methodologies, particularly in the area of vehicle EMC (Electromagnetic Compatibility). Four academic theses are linked
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relevant to subsurface environments. One of the key goals of this research will be to collaborate with the IPGG technological platform to design experimental micromodels that enable the observation and
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. Compensation strategies consider the spot market, the levelized energy cost, and the average market price. The link between energy exchanges in industrial parks and the design of the network of individual