Wenzhou Zhou

National University of Defense Technology

Papers

Total Citations

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About

Wenzhou Zhou is a leading researcher in bio-inspired autonomous navigation, specializing in multi-sensor fusion for unmanned ground and aerial vehicles operating in GNSS-denied environments. His work uniquely integrates polarized skylight compasses, visual place recognition, and inertial measurement units to create robust, biologically-plausible navigation systems. Zhou’s most-cited paper (28 citations) introduces an integrated bionic polarized vision/VINS system for goal-directed navigation and homing in unmanned ground vehicles, demonstrating how pixelated polarized sensors can compensate for installation errors while enabling reliable homing behavior. His subsequent work (18 citations) extends this approach to UAVs, presenting a bio-inspired multisensor navigation system that combines skylight compass and visual place recognition for reliable autonomous flight without GPS. Zhou’s contributions are particularly significant for robotics in challenging environments where traditional navigation fails, drawing inspiration from insects and birds that navigate using polarized light patterns. His research bridges the gap between biological navigation principles and practical robotic systems, with clear applications in search-and-rescue, environmental monitoring, and military operations. Zhou’s work represents a compelling fusion of bionics, sensor fusion, and autonomous systems engineering.