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About
Research Grants
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Project Research Associate, Institute of Industrial Science, The University of Tokyo *Profile is at the time of the award.
2024Inamori Research GrantsScience & Engineering
I want to contribute to the realization and development of next-generation technologies by researching to address various social issues with innovative and challenging ideas.
In this study, we conducted theoretical analysis and performance evaluation of physical-layer secret-key generation to establish a lightweight, highly reliable security foundation for visible-light communication systems. Using an indoor visible light communication model, we evaluated the reciprocity of channel state information observed between a legitimate transmitter and receiver, its decorrelation from an eavesdropper’s observation, and the achievable secret key capacity. These analyses provided fundamental insights into the applicability of physical-layer secret-key generation to visible-light communication. Furthermore, we demonstrated the possibility of enhancing the randomness required for key generation by forming artificial multipath propagation channels using intelligent reflecting surfaces, thereby improving key generation performance.
Science & Engineering
