[14a-K304-1~11] 3.7 Optical measurement, instrumentation, and sensor

11:30 AM - 11:45 AM JST(2:30 AM - 2:45 AM UTC)

[14a-K304-9] Target Imaging in Scattering Media Using Michelson Interferometer Ghost Imaging

〇Alifu Xiafukaiti^1,2, Decai Huyan², Tatsuo Shiina² (1.Mitsubishi Electric Corp., 2.Chiba Univ.)

Keywords:

imaging,scattering

Non-contact and non-invasive target imaging in scattering media plays a crucial role in the advancement of biomedical measurement and environmental observation. In this study, a new sensing method combining Michelson interferometer and ghost imaging (MIGI) is developed to reconstruct real images of objects within scattering media. This method addresses the extended measurement time caused by multiple exposures in ghost imaging through deep learning, reducing the number of measurements by 87.5%. Additionally, the number of measurements required to achieve an equivalent structural similarity index (SSIM) is reduced, and an analysis of measurement time and SSIM based on the dataset used for model construction is conducted.