Shunki Kinoshita

Papers

Total Citations

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About

Shunki Kinoshita is a researcher advancing the field of infrastructure inspection through the integration of robotics and computer vision. His primary research areas include laser-based measurement systems, image processing, and autonomous mobile robotics for civil engineering applications. Kinoshita’s most notable contribution is the development of a novel method for position and posture measurements using laser projection markers, designed to enhance the accuracy and efficiency of inspections for roads, tunnels, and bridges. This work, published in 2020, directly addresses the limitations of traditional manual inspection techniques—such as crack gauges—which suffer from measurement errors and time-intensive processes. By enabling mobile robots to leverage precise laser markers and image processing, his approach reduces human error and inspection duration. While his citation count is still growing, with 4 citations for this key paper, the practical significance of his research is evident in its potential to transform infrastructure maintenance. Kinoshita’s work stands at the intersection of robotics and structural health monitoring, offering a scalable solution to aging infrastructure challenges. His contributions highlight a commitment to developing safer, faster, and more reliable inspection technologies for critical public assets.