Yusuke Hata
Papers
1
Total Citations
2
H-Index
1
About
Yusuke Hata is a researcher in operations research and production scheduling, with a focus on flowshop systems and robotic manufacturing. His major contribution lies in the analysis of two-machine flowshop scheduling problems with bounded intermediate storage, a critical issue in automated production lines where robots handle job transportation between machines. In his most-cited work (2004), Hata developed a heuristic algorithm to minimize makespan when an intermediate station has a finite capacity Q, bridging the gap between theoretical scheduling models and real-world factory constraints. While his citation count remains modest, this paper provides foundational insights for engineers designing robotic cells with limited buffer spaces. Hata’s research addresses the practical challenge of balancing machine utilization and robot coordination, offering decision rules that improve throughput in environments with bounded work-in-process. His work is particularly relevant for students and researchers studying scheduling under capacity constraints, as it demonstrates how heuristic approaches can solve NP-hard problems efficiently. Though not widely cited, Hata’s contribution to flowshop scheduling with bounded intermediate stations remains a useful reference for those exploring the intersection of robotics and production optimization.
Research Focus
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Top Papers
- 1