DeepDreaming with TensorFlow¶

  • shape ( hi ), [ 1 , 2 , 2 , 1 ]) + hi return img def normalize_std ( img , eps = 1e-10 ): ”’Normalize image by making its standard deviation = 1.0”’ with tf .
  • float32 ) def lap_split ( img ): ”’Split the image into lo and hi frequency components”’ with tf .
  • shape [: 2 ] lo = resize ( img , np .

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@kdnuggets: “DeepDreaming: official Google #Tensorflow iPython tutorial #DeepLearning”



DeepDreaming with TensorFlow¶

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