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% of the reconstruction software running on heterogeneous architectures by Run 5. The successful candidate will develop algorithms for the reconstruction of the tracker detector and the muon system, exploring in particular
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levels of abstraction to facilitate hardware/software co-design and co-validation. Architecture simulators, called Instruction Set Simulators (ISS), provide high-level abstraction for fast functional
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to implement the methodology, the setting up a distributed architecture for data processing, using federated learning methods that do not require data to be shared or transported. the analysis, classification
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electronics industry. This requires new generations of power devices and conversion architectures that should lead to optimizing energy management by reducing their size (mass, volume) and being as close as
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address several crucial aspects of the architecture of the envisaged systems: - Type of nanocubes: particular attention will be paid to the diversity of types of nanocubes obtained chemically, starting with
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design, and innovative computer architectures. Our research interests range from the study of fundamental phenomena to the design of new devices with potential for technological applications in information
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will be deleted. Thanks to these treatments, autonomy capabilities can be improved in real time. For the fusion architecture, preference will be given to a distributed architecture. In this case
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the design stage. The main objective here is to develop approaches in which molecular chemistry (LCC) and nanotechnology (LAAS-CNRS) are combined to produce micro/nano-scale architectures in which
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so-called Von Neumann architecture, where processors and memory are separate blocks. This results in high energy consumption for the processing of massive data. Researchers are working on alternative
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of data and extremely high operational complexity which make the use of supercomputers inevitable. Following recent technological developments, the architecture of high performance computers is becoming