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Field
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topics: Analysis and implementation of advanced quantum networking protocols. Trade-offs in quantum resources required for distributed architectures. Topic 1 is primarily of experimental nature and Topic 2
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, your mission will include: Develop a Mixture-of-Experts LLM agent framework tailored for network management tasks. Design agentic emergent communication and negotiation protocols for distributed AI nodes
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, funded by the European Commission. You can find more information on this project at NEWTON, https://newton-6g.eu/ . The Doctoral Network is led by IQUADRAT, the ATHINA-EREVNITIKO KENTRO KAINOTOMIAS STIS
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The School of Computer Science and Electronic Engineering at the University of Essex hosts research in communications, networking, signal processing and optimisation. The post will be based within
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Vehicles (UAVs) Resource allocation and optimization Joint Communications and Sensing/PNT systems Network virtualization and network slicing MAC techniques/protocols for wireless systems Multi-antenna signal
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coordination of activities carried out by PhD students and technical staff • Supervision of the development of protocols in microbiology and molecular biology • Participation in field experiments and in
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-package of the ChiExCo program, which aims to develop a reliable computational protocol to predict, for organic chromophores, both chirality quantifying factors (gabs and glum) resulting from excitonic
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qualities include: earlier research experience, e.g., as part of Masters’ studies, and familiarity with machine learning, formal methods or network protocols are considered as merits. Your workplace
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will define scenarios and requirements for tropospheric links and networks, will analyze the impact of tropospheric networking on network protocols and control schemes, and will develop network
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. Knowledge and experience of communication networks and protocols. Personal characteristics To complete a doctoral degree (PhD), it is important that you are able to: Work independently Work in a structured