S. Inagaki

Papers

Total Citations

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About

S. Inagaki is a pioneering researcher in optical fiber network infrastructure, specializing in automated optical distribution and cross-connect systems. Their major contributions center on developing robotic and mechanical solutions for fiber-to-the-home (FTTH) and optical cabling networks, particularly through the invention of automated main-distributing-frame (MDF) systems. Inagaki’s most cited work (1994, 13 citations) introduced an automated optical MDF system using a precision robot and refractive index matching oil, enabling efficient fiber cross-connection. Earlier, they advanced high-density pin board matrix switches (1992, 6 citations) for automated MDFs, combining cross-connection and line test functions via robot-hand insertion. Later, they developed a 200×200 automated optical fiber cross-connect equipment (2005, 3 citations) using a fiber-handling robot to reduce operational costs and support reliable optical networks for intelligent buildings and access facilities. Though citation counts are modest, Inagaki’s work is foundational for practical, scalable automation in optical fiber management, directly enabling cost-effective deployment of FTTH and modern optical access networks. Their innovations in robot-assisted fiber handling and matrix switching remain relevant to ongoing efforts in automated network infrastructure.