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contracts, and CIFRE PhD programs, and actively participates in the Pracom industrial chair, fostering close links with industry partners. Contributing to the field of autonomous embedded systems based on AI
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maintains strong industry connections through collaborative research projects, bilateral contracts, and CIFRE PhD programs, and actively participates in the Pracom industrial chair, fostering close links with
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to apply these methods to the recombination of one heavy quark with one light quark which more complicated due to relativistic efects. The thesis project: During the PhD thesis, we plan to pursue
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, the PhD student will make a first-order assessment of the need for additional treatment-recycling capacity, and calculate the associated investment costs. Particular attention will be paid
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address the question of reducing the theoretical uncertainties affecting jet observables, the general purpose of this PhD is to formulate the problem of the radiation of a virtual particle in a dense QCD
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of the integration capability ofered by LTCC technology. The PhD student will propose and study diferent possible solutions to maximize energy recovery and to store the energy until use. Proposed work program 1
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remaining issues we aim to explore in this PhD topic. This will enable us to collaborate with key industrial players to leverage the potential of adopting filtered multicarrier waveforms in 6G. Thesis
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required: PhD Essential skills, knowledge and experience: Operations Research Industrial Engineering Computer Science (Modeling and programming) Abilities and skills: Autonomy Writing skills Teamwork Good
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Sea, the North Atlantic Ocean, and the Indian Ocean. Scientific Objectives and Proposed Approach The primary goal of this PhD is to advance the development of next-generation regional ocean models by