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, software virtualisation, Cloud-RAN, Network Functions Virtualisation (NFV), and Software Defined Networking (SDN) technologies (including OpenFlow and Netconf) to support the experimental investigation
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theoretical and experimental approaches to develop renewable DNA computing devices that perform multiple computations in a single tube. The primary purpose is to regenerate automatically through temperature
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-supervised by Prof. Damien Woods. It will be based at the Hamilton Institute with a possible co-appointment in the Department of Computer Science. The project combines theoretical and experimental approaches
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macrophage (Mφ) phenotype and inflammation. A potent regulator of repair is mechanical loading, yet whether mechanics modulate Mφ phenotype, contributing to bone regeneration, is unknown. Therefore
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on scaled physical testing of offshore renewable models. Operating the wave tanks and associated experimental equipment as well as setting up the model is part of this job. The successful candidate should
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technologies, including supercritical fluid extraction, ultrasound-assisted extraction, and pulsed electric field treatments; as well as advanced purification and analytical procedures for the purification and
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possible co-appointment in the Department of Computer Science. The project combines theoretical and experimental approaches to develop renewable DNA computing devices that perform multiple computations in a
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focused on efficiency and fault-tolerance in wireless Time Sensitive Networks, incorporating scheduling, clock synchronisation, and fault tolerance mechanisms across 5G-TSN networks. We plan to devise novel
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mechanisms. Candidates should have a track record in working in project-based environments, stakeholder engagement and preferably be familiar with the European research funding ecosystem. For the senior post
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, DCU, DkIT, MU (lead) and UCC, with education technology providers to develop an innovative approach to teach students in the experimental sciences. The initiative is to develop courses in which a