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This project is to investigate novel techniques for sensing and achieving efficient wireless communication. To fulfil the needs of future communication networks, the study will explore both
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throughput wireless communication systems are central to our lives and livelihoods. Data traffic is increasing exponentially, with the fastest-growing part of this increase being on wireless channels, as
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/research-opportunities/research-students/making-an-application/research-entry-criteria/ . Additional requirements Strong background in wireless communications and networking with solid knowledge of advanced
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. Person specification This is an exciting opportunity for a highly motivated student with a solid background in wireless communications and signal processing, who is keen to learn new skills to design the
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communication channels enhances the reliability of QKD systems, bolstering security and facilitating broader adoption of quantum technologies in wireless communication. If you are interested, please contact
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++, Linux networking and community-based open-source software tools. Experience in carrying out link- and system-level simulations of wireless networks using publicly available tools (NS3, OMNeT++ and Matlab
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wish to investigate this effect in detail. Future applications of the technology developed may include fast wireless communication systems and a new type of self-modulating laser, in which phonon and
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not only aims to push the boundaries of wireless communication technology but also aspires to be a cornerstone in the infrastructure of next-generation intelligent transportation systems. Eligibility