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FieldComputer scienceEducation LevelMaster Degree or equivalent Internal Application form(s) needed PhD proposal 2024-Programmable wireless protocol stack.pdf English (105.17 KB - PDF) Download Additional
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Most applications now use wireless communications, even critical applications can operate over a wireless infrastructure. We are already involved in the RAW working group at the IETF to design the new
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at the building scale. Wireless smart sensor networks hold the promise of meeting the ambitions of the future smart city, the future industry, and generally the Internet of Things, including significant
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increase in data traffic, very high-speed wired (optical fibers) and wireless technologies must be developed. As for wireless communications, it is mandatory to use high frequency carriers to reach the data
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spectrum will not suffice to provide real-time data rates of around 100 Gbps foreseen for the future wireless networks beyond 5G, often referred to as 6G. Carrier frequencies beyond 100 GH, are therefore
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of Things) applications or wireless sensor network nodes. They are an alternative to photovoltaic cells or thermoelectric generators when the systems to be powered are small and when vibrations are naturally
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and transferable skills (e.g., entrepreneurship, project management, IPR, open access) with the long-term goal to lead scientific advances in the new concepts arising in the field of wireless
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of applications in terms of low latency. Controlling performance and, in particular, data transmission times, either at the level of wired or wireless links, or end to end in the network, is becoming a major
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science research, with one of its departments dedicated to the design of networks (satellite, wireless, and embedded), distributed systems, and real-time systems. Its objective is the optimized management