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beam shaping for blue light, which will be used for the next-generation photonic chip-based underwater optical wireless communication (UOWC) system. TFLN platform is extremely promising for the UOWC
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experience with deep learning frameworks (e.g., PyTorch) Experience in working with time-series data Good understanding of Internet of Things, wireless communication network and systems Strong publication
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research and education with a focus on wireless electronics, photonics, quantum technology, as well as bioelectronics and microelectronics packaging and integration within Chalmers University of Technology
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, including 5G networks (required). Expertise in wireless communication and 5G networks (required). Proficiency in software development and programming (required). Strong problem-solving and analytical skills
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the following – vehicular networks, wireless communication protocols, belief frameworks, cooperative perception and should demonstrate a strong background in mathematical principles and analytical
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contingent upon funding. Candidates with experience in the development of wireless power transfer and energy harvesting systems, quantum energy harvesting is preferred, skills in diode, electronics, antennas
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systems, intelligent and autonomous systems; machine learning; environmental sensing; and wireless communications. The EE department has strong support from the College of Engineering and UTA administration
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for vehicle-to-vehicle (V2V), vehicle-to-grid (V2G) and their potential impact on grid stability and energy management; · Evaluation of wireless communication technologies and cybersecurity measures
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decision-making in smart farming. The Postdoctoral scholar should have expertise in wireless communication technologies, IoT systems, and a keen interest in applying these technologies to improve
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-Doctoral Associate position to work on integrated circuit and hardware design for wireless millimeter-sized locomotion systems. The ideal candidate is required to have the following expertise: Mastery of all