Zhishuo Liu

Papers

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About

Zhishuo Liu is a rising scholar in industrial engineering and logistics, whose research focuses on the integrated optimization of automated warehouse systems. His key contributions lie at the intersection of order processing, robot scheduling, and material handling in parts-to-picker environments. In his most cited work, "Integrated Optimization of Order Processing and Robot Scheduling in Parts-to-Picker System" (2025, 4 citations), Liu addresses a critical gap by jointly optimizing order allocation, rack selection, and robot scheduling—a problem he formalizes as the Order Processing and Robot Scheduling Problem (OPRSP). By developing a mixed-integer programming model, he demonstrates how coordinated decision-making can significantly improve throughput and reduce operational delays in robotic warehouses. Though early in his career, Liu’s work is already influencing the design of intelligent logistics systems, offering practical frameworks for e-commerce and distribution centers. His research is particularly notable for bridging theoretical optimization with real-world automation challenges, making him a promising voice in the field of smart warehousing and supply chain robotics.