Jai Wan Cho

Papers

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About

Jai Wan Cho is a leading researcher in robotics for nuclear environments, specializing in the development of robotic systems and electronic components resilient to high-dose radiation. His work addresses critical challenges in nuclear power plant safety, particularly during severe accidents. Cho’s major contributions include pioneering the evaluation of CCD/CMOS cameras and notebook PCs under high dose-rate gamma ray irradiation, demonstrating how radiation-induced speckles degrade imaging and control systems—key insights for robot-assisted monitoring. His most cited paper, "Monitoring Performance of the Cameras under the High Dose-Rate Gamma Ray Environments" (14 citations), provides foundational data for designing radiation-hardened visual sensors. Additionally, his work on a mobile robotic system for steam generator tube inspection and repair (10 citations) showcases practical applications in pressurized water reactors, enhancing reliability in high-radiation zones. By leveraging data from TEPCO’s containment atmospheric monitoring system, Cho has advanced the resilience of robotic platforms, directly impacting nuclear accident response. His research, though modest in citation count, is highly specialized and influential in the niche field of nuclear robotics, offering essential guidance for engineers and researchers developing autonomous systems for hazardous environments.