Imaging through Scattering Media

Horisaki Ryoichi

doi:10.11410/kenbikyo.59.1_28

<p>Imaging through scattering media, such as biological tissues, atmospheric turbulence, and fog, has been a longstanding challenge in optics. Recent advancements in information science have led to the emergence of computational imaging, an optical imaging technique predicated on signal processing. Research in scattering imaging, a subset of computational imaging, is particularly active. Notably, this field enables light measurement and control through highly scattering media, where the presence of direct light cannot be assumed. Additionally, there is progress in non-invasive scattering imaging, moving closer to practical application. The miniaturization and enhancement of imaging systems that actively utilize scattering media have also been demonstrated. This article introduces the trends in scattering imaging within the optical field, focusing on our research.</p>

Imaging through Scattering Media

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