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Discovering Interpretable Representations for Both Deep Generative and Discriminative Models

ICML 2018 · Label-efficient and robust learning › Recognition and long-tail · approach: Self-explaining and visual explanation networks · 54 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
Interpretable lens (ILVM) on top of an existing VAE latent instead of joint optimizationVAE latent space · MNISTinterpretability metric (%): 95.2 vs 89.8 (JLVM) and 83.3 (InfoGAN)Helped
Joint optimization of reconstruction and interpretability (JLVM) instead of ILVM lenslatent space trained from scratch · SVHNinterpretability metric (%): 90.1 vs 85.7 (ILVM) and 83.9 (InfoGAN)Helped
Joint optimization (JLVM) vs ILVM lenslatent space trained from scratch · 3D Chairsinterpretability metric (%): 89.8 vs 87.4 (ILVM) and 85.2 (InfoGAN)Helped
Active learning acquisition (mutual information criterion) for choosing side information vs random acquisition and max entropy (ablation)ILVM · MNIST and SVHNinterpretability metric vs training sizeHelped
Interpretable lens applied to a hidden layer of a classifier network (MNIST-rot) rather than a VAE latenthidden layer of discriminative network · MNIST-rotqualitative similarity of orientation in latentHelped

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