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Field
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Challenging Scenarios ". The project aims to advance research in the field of network-based localization by looking at GPS alternatives, e.g., but not limited to, 5G networks, by harnessing the potential
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to improve rural connectivity. The project will last 24 months and will encompass everything from research and development to validation and deployment of antennas in rural areas, as well 5G systems
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fronthauls based on Radio over Fiber (RoF) and/or Free Space Optics (FSO) technologies. The project aims to meet the growing demands for rural connectivity and advanced transport networks for 5G and 6G
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of 5G network architecture and protocols Good knowledge of the following programming languages: C++, C#, Rust Good coding skills in terms of efficiency, readability, and cleanliness Creative thinking and
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job in the best possible way State-of-the-art machinery, equipped with edge cloud systems and a 5G infrastructure We value and promote the diversity of our employees' skills and therefore welcome all
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communication technologies, such as for improving 5G and new 6G. In particular, the field of Millimetre Wave (mmWave) circuit design has experienced a resurgence of interest, due to usage in 5G and anticipated
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fields Very strong academic background with emphasis on machine learning, communication protocols and LTE/5G PHY layer procedures Experience with HARQ, NR V2X, WIFI and unlicensed access are nice-to-have
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Communications protocols OSI stack,UDP/TCP/IP Familiarity with wireless specifications such as cellular(4G/5G)/WiFi (802.11) FPGA development Microcontroller and Digital Signal Processor (DSP) development MATLAB
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hardware and software technologies to future advanced wireless networks and packet networks for 5G and beyond, data center, smart city, smart agriculture, vehicular, military and IoT applications. Virginia
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, and machine learning, the program prepares graduates to drive progress in fields like renewable energy, 5G, cyber-physical systems, and smart infrastructure. University Information The University