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Maximum Entropy Flow Networks

ICLR 2017 · Probabilistic and scientific modeling › Variational and generative sampling · approach: Expressive invertible architectures · 7 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
Include entropy maximization in place of texture feature matching aloneMEFN versus Texture net · Texture synthesisd_L^2: 11534 -> 17014Helped
Include entropy maximization in place of texture feature matching aloneMEFN versus Texture net · Texture synthesisSST: 128680 -> 175604Helped
Include entropy maximization in place of texture feature matching aloneMEFN versus Texture net · Texture synthesisSSW: 109577 -> 161639Helped
Include entropy maximization in place of texture feature matching aloneMEFN versus Texture net · Texture synthesisSSB: 19103 -> 13964Helped
Use MEFN rather than the Gibbs approachRisk-neutral asset pricing · AAPL European call options, held-out test dataroot mean square errorNo clear effect
Train the network to match moments without maximizing entropy (ablation)MEFN · Known-solution Dirichlet maximum-entropy problemsample diversityHurt
Use MEFN rather than Texture netTexture synthesis · Texture synthesis across tested texturesvisual diversityMixed

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