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. Development of optimal management algorithms for such systems to provide behind-the-meter and above-the-meter services. Where to apply Website https://careers.polito.it/ Requirements Additional Information
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available hardware accelerator platforms. The most cost-efficient and energy-efficient way to build this correlator system is with FPGAs near the receivers, tensor-core-enabled GPUs for correlations, and an
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the assignment is aligned with the objectives of the SAFER project, which aims to develop algorithms for the management of mechatronics intelligent drug-delivery systems, with particular attention to the energy
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, cell culture, and performing a variety of molecular biology techniques as needed. The candidate must have a willingness to learn and the ability to work with team members within the laboratory and
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FieldEngineeringEducation LevelBachelor Degree or equivalent Skills/Qualifications Technical Skills: Optimization and Simulation Software. MATLAB / SIMULINK. Python. Specific Requirements Knowledge: Energy Systems and Smart
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industry impact in future energy systems. Key Responsibilities: Support development of asset health assessment and degradation modelling methodologies. Assist in resilience-oriented optimization modelling
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particularly relevant for large-scale systems (e.g., energy distribution networks, sensor networks, gene regulation networks, etc.). A first strategy to tackle this problem is to consider the global system and
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pipelines, and rigorously quantify reductions in energy per solve compared with optimized CPU/GPU and FPGA baselines. The project targets three real THz-NDE use cases: (i) sparse deconvolution of THz impulse
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of the University of Huelva 2026, aimed at developing the research project “Optimization and testing of the experimental plant for harnessing tidal currents located in the Huelva estuary” (EPIT24532026). (Principal
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-cell signaling in real time. You will integrate these platforms with optical readouts and image-based assays, and apply them for single-cell quantification of receptor activation, cell–cell communication