Jae Young Park

Papers

Total Citations

H-Index

About

Jae Young Park’s research bridges the critical gap between material handling efficiency and mobile sensor network precision. His most impactful work, “Carousel system performance” (2003), with 51 citations, provides foundational analytical models for dual-carousel systems with a single picker. Park derives closed-form expressions for system throughput and picker utilization under both deterministic and variable pick-time distributions, offering practical tools for optimizing warehouse automation and logistics—a contribution that remains relevant for industrial engineers. In a parallel domain, Park’s 2008 study on “Multilevel localization for Mobile Sensor Network platforms” (14 citations) tackles the challenge of precise positioning in mobile sensor networks and robotics. By integrating multiple localization mechanisms, he enhances the accuracy and reliability of autonomous navigation, enabling more robust deployments in dynamic environments. Though his citation counts are modest, Park’s work demonstrates versatility: from theoretical performance modeling in manufacturing to applied localization in robotics. His dual focus on system optimization and sensor network localization highlights a career dedicated to solving real-world coordination problems, making his research a valuable reference for students exploring material flow or mobile platform autonomy.