Papers
6
Total Citations
20
H-Index
3
About
Hanlin Wang is a robotics researcher whose work spans swarm robotics, autonomous systems, and agricultural automation. His primary contributions lie in developing scalable and verifiable control frameworks for robotic swarms, with a focus on formation control, shape generation, and distributed estimation. Wang’s most cited paper (7 citations) introduces an automated control synthesis method that translates high-level formation and location-based specifications into correct-by-construction swarm behaviors, bridging the gap between abstract task descriptions and real-world robot coordination. He has also advanced swarm scalability through a probabilistic algorithm for counting swarm size (3 citations), enabling robust estimation even as robots are added or removed. In hardware design, Wang contributed a novel autonomous mobile robot with externally driven actuation (3 citations), reducing cost and complexity for large swarms. More recently, his work on a deployable robotic gripper with an arc-shaped scissor mechanism (2 citations) and an optimized stereo matching algorithm for precise tomato localization (1 citation) demonstrates his versatility in applying robotics to agriculture. Wang’s research is characterized by a commitment to practical, provably correct solutions that push the boundaries of swarm intelligence and autonomous manipulation.
Research Focus
Key Achievements
Top Papers
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