KAIST Reconstructs Transparent Objects Through Dynamic Scattering Layers in a Single Shot (IMAGE)
Caption
Figure 2. Physical modeling process and proposed reconstruction framework for a dynamic scattering environment. (a) Schematic of the modeling process, in which focused illumination establishes spatial coherence between the two dynamic scattering layers, and the blurred hologram measured behind S2 is expressed as a convolution with a scattering blur kernel. (b) Proposed algorithm that jointly extracts the object's phase, the propagation distance, and the scattering blur kernel of S2 from a single measured intensity image, using the physical model combined with a deep neural network for kernel estimation.
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KAIST
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