Daisuke Miyazaki

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About

Daisuke Miyazaki is a leading researcher in computer vision and computational photography, with a particular focus on using polarization cues to understand and reconstruct real-world scenes. His work bridges the gap between physics-based vision and practical applications, enabling machines to perceive shape, material, and illumination from light’s hidden properties. In his highly cited 2009 paper, *"Estimating Sunlight Polarization Using a Fish-eye Lens"* (39 citations), Miyazaki demonstrated how the polarized light of the sky can be used to determine the sun’s orientation, providing a robust, passive navigation tool for robotics and sensor planning. This foundational contribution shows how environmental light—often treated as noise—can be a rich signal for spatial awareness. Beyond this, Miyazaki has made significant advances in shape-from-polarization and transparent object reconstruction, developing techniques that allow cameras to “see” beyond the visible surface. His work has been instrumental in moving polarization imaging from laboratory curiosity to a practical tool for autonomous systems, material analysis, and augmented reality. With a career marked by elegant, physics-driven solutions, Miyazaki continues to shape how computers interpret the visual world.