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About

Jiarui Lin is a researcher specializing in mobile robot localization, industrial metrology, and large-scale 3D measurement systems. Their work focuses on enhancing the precision and flexibility of automated guided vehicles (AGVs) and robotic systems in complex manufacturing environments. Lin’s most cited paper, “Photoelectric scanning-based method for positioning omnidirectional automatic guided vehicle” (2016, 9 citations), introduces a novel approach for AGV localization using Mecanum wheels, significantly improving maneuverability in industrial settings. Building on this, their 2021 study on photoelectric scanning-based resection methods for mobile robot localization (5 citations) advances indoor positioning through the workshop measurement positioning system (wMPS), a distributed metrology technology gaining traction in smart factories. Lin has also explored error mechanisms in integral multi-station measurement systems (2023, 2 citations), identifying spatially non-continuous errors that impact high-precision 3D measurements. Additionally, their 2015 work on integrating industrial robots with wMPS for scanning systems (2 citations) addresses the challenge of absolute accuracy in robotic positioning. With a growing citation record, Lin’s contributions are pivotal for advancing autonomous navigation and precision measurement in Industry 4.0 applications.