Xuemei Zhao

Guilin University of Electronic Technology

Papers

Total Citations

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About

Xuemei Zhao’s research lies at the intersection of optical imaging, computer vision, and road safety, with a particular focus on wide-angle fisheye lens calibration and perspective correction. Her most influential work introduces the radial distortion projection ellipse constraint (RDPEC), a high-precision calibration method for wide-angle fisheye lenses that has garnered 8 citations since 2022. This contribution is critical for applications in surveillance, autonomous navigation, and immersive imaging, where accurate lens modeling is essential. Zhao also pioneered view-dependent perspective correction (VDPC) for 3D browsing of fisheye images, enabling distortion-free navigation of wide-angle scenes—a technique with 5 citations that enhances virtual reality and remote inspection systems. In a notable shift toward applied safety, her 2025 work on enhanced nighttime nail detection using an improved YOLOv5 model (4 citations) addresses a pressing real-world problem: identifying hazardous debris on roads after dark. By integrating modified C3 modules, reparameterized feature pyramid networks (RepGFPN), and optimal transport assignment, Zhao’s system achieves robust detection under low-light conditions. Her work demonstrates a rare ability to bridge theoretical optics and practical deployment, making her a rising figure in precision imaging and intelligent transportation.