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Field
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antennas in wireless communications. The role will focus on designing, modeling, and evaluating pinching‐antenna–enabled systems to enhance signal efficiency, channel capacity, and network performance
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Future. Discover. Together. We develop innovative systems for wireless communication using light and are looking for support in implementing them on FPGAs. Optical wireless communication uses light
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systems for wireless communication using light and are looking for support in the implementation on FPGAs. Optical wireless communication uses light for the wireless transmission of information
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systems must integrate ultra-high bandwidth and low-latency connectivity across increasingly heterogeneous environments. Optical wireless communication networks will play a pivotal role in enabling 6G, LiFi
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wireless communication, signal processing, digital, analog and mm-wave design, and machine learning. This is a unique opportunity to develop innovative, multi-disciplinary technology and shape future
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at the intersection of 6G wireless communications, antenna, design, AI-enhanced beamforming and advanced air mobility (AAM). As aviation evolves towards high-agility platforms such as urban air taxis, drones, and
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Will you advance the state-of-art in 6G communication networks? Optical wireless links using highly directional steerable laser beams can securely serve a high density of devices at high data rates
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communication networks? Optical wireless links using highly directional steerable laser beams can securely serve a high density of devices at high data rates. Your project optimizes energy efficiency and develops
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of Electrical and Information Technology, and primary in the Division of Communications Engineering. The division has 8 senior researchers and around 20 doctoral students, working with wireless communication in a
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systems for wireless communication using light and are looking for support in the implementation on FPGAs. Optical wireless communication uses light for the wireless transmission of information