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to meet them: scale-up + GMP production of organoids and tumoroids - Design of the optimized functional prototype - Incorporation of microbead counting and transfer functions - Validation and qualification
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The recruited engineer will be co-supervised by MdS and Joliot to implement this new approach. To achieve a portable, efficient code that fully exploits GPUs, the core of the code will be developed
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aims to improve LLM performance in generating ISS code by using RL to optimize prompt tuning and automate processes. It also seeks to expand dataset coverage by integrating simulators like QEMU
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in domains such as healthcare and robotics. The ideal candidate will have a strong background in web development and proficiency in coding including Java, Python, and JavaScript. YOUR MISSION: As part
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systems [1]. Prototype cells already available in the lab may be used and incrementally modified to gather preliminary data on limitations, artefacts and reproducibility. The newly developed test cell
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-level code analyzers to handle more generic classes of fault models. Within the TwinSec research project, your main missions will be to: Define a semantics for the use of contracts in the context of fault
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aspect of predictability analysis involves assessing the worst-case execution time (WCET) of a processor by examining how a given binary code progresses through successive pipeline stages. Timing Anomalies
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With the increasing complexity of numerical simulation codes, new approaches are required to analyze the ever-growing amount of data. This requires coupling up-to-date data analysis libraries with