Papers
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Total Citations
2
H-Index
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About
Hongyi Lin is an emerging researcher specializing in robotic systems, motion planning, and intelligent optimization algorithms. Their work focuses on advancing the capabilities of robotic manipulators through sophisticated computational methods, particularly in the context of cooperative control systems. Lin's most notable contribution addresses a critical challenge in industrial robotics: the problematic payload oscillations that arise during flexible object transportation using dual robotic manipulator systems operating under master-secondary cooperative control strategies. To solve this, Lin developed an improved multi-objective particle swarm optimization algorithm for trajectory planning, enabling smoother, more stable motion profiles that reduce joint impact in master manipulators. This work sits at the intersection of control theory, swarm intelligence, and practical robotic engineering, demonstrating a commitment to bridging theoretical optimization techniques with real-world manufacturing and automation challenges. Although Lin's publication record is still in its early stages, with recent work from 2025 already accumulating citations, the research addresses genuinely demanding problems in collaborative robotics that have significant implications for precision manufacturing, cable handling, and next-generation automated assembly systems. Lin represents a promising voice in the robotics research community.
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