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on dynamic spectrum allocation between operators and changing propagation conditions. For instance, multiple-antenna systems can use all antennas together in the same band, achieving high-order MIMO or multi
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for resource allocation and multi-objective trade-offs. Background knowledge in mobile and satellite networks, network programmability, and/or NTN architectures is highly appreciated, since these are the target
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proactive decision-making. Good understanding of mathematical optimization techniques for resource allocation and multi-objective trade-offs. Background knowledge in mobile and satellite networks, network
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for the allocation of teaching and research credits. Help with setting up research projects. Preferential rate for registration for a ULiège course, also applicable to children. Possibility of preferential conditions
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, including among others RAN optimization with a focus on intelligent radio resource allocation, interference/jamming avoidance, cross-technology optimization (6G TN/NTN, Wi-Fi), empowering cutting edge AI/ML
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with a focus on intelligent radio resource allocation, interference/jamming avoidance, cross-technology optimization (6G TN/NTN, Wi-Fi), empowering cutting edge AI/ML technologies such as Agentic AI