Human vision is capable of motion sharpening, where blurred edges look sharper while moving than when stationary. This phenomenon is an optical illusion and an important function in human vision. In this study, we propose a transformation and an inverse transformation method for simulating the motion sharpening phenomenon. Initially, we developed a digital filter based on the impulse response of the human vision. Then, we generated an image using the created filter and performed a comparison experiment between the unfiltered and filtered images. As this method provides images simulating the appearance of moving objects, it is possible to design the appearance of objects when they are moving and not just when they are stationary.
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