Jimei Zhang

Papers

Total Citations

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About

Jimei Zhang is a robotics researcher whose work focuses on bio-inspired locomotion and autonomous systems for challenging environments. Their major contributions include the design and implementation of a home surveillance robot with self-recharging capabilities, featuring an ARM-based hardware platform and a WinCE operating system, along with a novel docking algorithm that fuses encoder, electronic compass, and infrared sensor data for reliable autonomous recharging. Additionally, Zhang has advanced rough-terrain robotics by developing a bio-inspired jumping robot modeled after locust locomotion, addressing the limitations of traditional mobile robots in obstacle-dense environments. While their citation counts are modest—5 citations for the surveillance robot and 4 for the jumping robot—these early-career works demonstrate innovative thinking in practical, autonomous systems. Zhang’s research bridges the gap between biological inspiration and engineering design, offering foundational insights for students and researchers interested in self-recharging mechanisms and bio-mimetic locomotion. Their work represents a promising start in creating more adaptive and self-sufficient robots for real-world applications.