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allocation, or control optimization). Experience with 3D sensing, perception, computer vision, or sensor fusion. Proficiency in programming languages such as Python, C++, or C#. Experience working with
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. The work will also explore operational control in quantum networks, including quantum-aware resource allocation, routing, scheduling, and fault tolerance, assessed using relevant quantum performance
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control-plane functions, and how these integrate with classical networking and orchestration. The work will also explore operational control in quantum networks, including quantum-aware resource allocation
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, materials and products, information, equipment, and energy and environmental resources. The research group develops specialized knowledge, applying mixed methodology, combining qualitative and quantitative
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on the design and planning of production and logistics systems, seen as integrated systems of people, materials and products, information, equipment, and energy and environmental resources. The research group