Kai-Che Lin

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About

Kai-Che Lin is a robotics researcher whose work centers on autonomous mobile robot systems, with a particular focus on intelligent security robots and autonomous power management solutions. His most significant contribution lies in developing practical, self-sustaining robotic platforms capable of continuous long-term operation — a challenge he addressed through pioneering automatic docking and recharging systems. His 2005 paper on automatic docking and recharging for autonomous security robots, which has garnered 38 citations, introduced innovative solutions to the critical problem of battery management in mobile robotics, enabling robots to independently return to charging stations before power depletion. Building on this foundation, Lin advanced the field further with a vision-based docking strategy, using landmark detection to guide robots precisely to recharging stations without human intervention. His work on the "Chung Cheng I" intelligent security robot showcases his broader systems-level thinking, integrating multi-sensor technologies to detect abnormal and dangerous situations in environments such as homes, offices, and factories. Together, these contributions reflect Lin's enduring commitment to making autonomous robots more reliable, practical, and ready for real-world deployment in everyday security applications.