Tomoki Kondo

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About

Tomoki Kondo is a researcher advancing the field of visible light communication (VLC), with a particular focus on integrating LED-based transceivers with low-frame-rate CMOS cameras for mobile object control and data transmission. His most-cited work, "Multiple-access capability of LED visible light communication with low-frame-rate CMOS camera for control and data transmission of mobile objects" (2015), has garnered 13 citations and experimentally verified the feasibility of multiple-access, two-way communication for applications like robotics. Kondo’s key contribution lies in developing a synchronization algorithm that significantly improves the symbol rate of multiple-access, two-way links, overcoming a critical bottleneck in VLC systems using low-cost camera sensors. This innovation enables reliable, simultaneous data exchange and control signals for mobile objects, bridging the gap between optical wireless communication and practical automation. His work has implications for intelligent transportation systems, drone swarms, and industrial robotics, where robust, interference-free communication is essential. Kondo’s research demonstrates a creative fusion of optical engineering and mobile systems, offering a scalable solution for next-generation wireless control networks.