Anisotropic diffusion with deep learning

  • Choi, H.-T.; 
  • Han, Y.; 
  • Kim, D.; 
  • Ham, S.; 
  • Kim, M.; 
  • ... Hong, B.-W.; 
  • 외 1명
Citations

SCOPUS

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초록

We propose a deep learning framework for anisotropic diffusion which is based on a complex algorithm for a single image. Our network can be applied not only to a single image but also to multiple images. Also by blurring the image, the noise in the image is reduced. But the important features of objects remain. To apply anisotropic diffusion to deep learning, we use total variation for our loss function. Also, total variation is used in image denoising pre-process.[1] With this loss, our network makes successful anisotropic diffusion images. In these images, the whole parts are blurred, but edge and important features remain. The effectiveness of the anisotropic diffusion image is shown with the classification task. © 2020 The authors and IOS Press.

키워드

Anisotropic diffusion; Classification; Deep learning; Total variation; Diffusion; Image denoising; Intelligent systems; Learning systems; Optical anisotropy; Research laboratories; Anisotropic Diffusion; Classification tasks; Complex algorithms; Important features; Learning frameworks; Loss functions; Multiple image; Total variation; Deep learning
제목
Anisotropic diffusion with deep learning
저자
Choi, H.-T.; Han, Y.; Kim, D.; Ham, S.; Kim, M.; Park, Y.; Hong, B.-W.
DOI
10.3233/FAIA200764
발행일
2020-12
유형
Conference Paper
저널명
Frontiers in Artificial Intelligence and Applications
권
332
페이지
40 ~ 45

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