Lianfu Han

Texas A&M University, Northeast Petroleum University

Papers

Total Citations

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About

Lianfu Han is a pioneering researcher whose work bridges the foundational challenges of robotic manipulation with the emerging frontiers of intelligent sensor networks. His most influential contribution, "The planning and control of robot dextrous manipulation" (2002, 15 citations), tackles the fundamental problem of enabling multifingered robotic hands to grasp and transfer objects in obstacle-filled environments—a cornerstone for modern robotics. This early work laid critical groundwork for autonomous systems requiring fine motor control. Expanding his impact into cyber-physical systems, Han’s "Design and Implementation of Sound Searching Robots in Wireless Sensor Networks" (2016, 14 citations) demonstrates a novel integration of acoustic sensing and wireless communication. By combining a 4-channel microphone array, magneto-resistive sensors, and WSN-based data exchange, he created robots capable of sound source localization and recognition. This work exemplifies his ability to fuse hardware design with real-time signal processing, advancing applications in search-and-rescue and environmental monitoring. Han’s career reflects a rare versatility—from the mechanics of dexterous hands to the intelligence of networked robots—making him a notable figure in both robotic manipulation and sensor-driven autonomous systems.