Papers
1
Total Citations
5
H-Index
1
About
Bilu Li’s research centers on motion control systems, industrial automation, and embedded communication protocols, with a particular focus on multi-axis synchronization and CANopen-based networks. In their most-cited work, “Design and Implementation of Multi-axis Synchronous Motion Control System Based on CANopen” (2020), Li introduced a distributed control architecture using the CANopen application layer protocol over a Controller Area Network (CAN) bus. By integrating this protocol between a controller and motor drives, they enabled precise, real-time synchronization for robotic systems—a critical requirement in advanced manufacturing and automation. The system was built around the AT91SAM9X35 processor, demonstrating a practical, scalable solution for multi-axis coordination. While Li’s citation count is still growing, this work has laid important groundwork for engineers developing cost-effective, high-performance motion control platforms. Their contributions are particularly relevant for students and researchers exploring industrial Ethernet alternatives, embedded control systems, or robotic kinematics. Li’s research exemplifies how protocol-level innovations can directly impact hardware performance and system reliability in real-world automation.
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