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Research Highlight
Radar-Assisted Channel Measurement System for Beyond 5G Wireless Communication in Sub-THz Band
Prof. Gye-Tae Gil’s research team at the KI IT Convergence Lab. developed a novel technique for estimating the path loss parameter of a wireless channel using a monostatic radar, and showed the feasibility of the technique through a channel measurement campaign in a real indoor environment....read more
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Research Highlight
B5G and 6G Wireless Communication Technology
Fifth generation mobile communication technology has been commercialized around the 3.5 GHz band. If 5G technology that utilizes the 28 GHz millimeter band is commercialized, it will develop into a technology that drives the fourth industrial revolution. Prof. Ju Yong Lee is conducting research on B5G (Beyond 5G) mobile communication technology, centered on full digital technology. He is also conducting research on 6G mobile communication technology, which is expected to be commercialized around 2030. He is developing core technologies for antennas, RF frontends, and baseband modules in order to support 1 Tbps capacity for 6th generation mobile communication technology....read more
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Research Highlight
Next Generation Wireless Communication Technology
Along with 5G mobile communication commercialization, B5G (Beyond 5G) and 6G mobile communication technologies are under study. As part of B5G technology, we are developing a full digital beamforming system to maximize the spatial gain through beamforming in the millimeter band. The spatial multi-mode technology in the sub-THz band is being developed for 6G mobile communication....read more
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