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Research map / Probabilistic and scientific modeling / Uncertainty and Gaussian processes

Deep Gaussian Processes for Regression using Approximate Expectation Propagation

ICML 2016 · Probabilistic and scientific modeling › Uncertainty and Gaussian processes · approach: PAC-Bayes and decoupled GP learning · 125 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
Adding DGP hidden layers and dimensions (DGP-3 with M=100) vs. shallow GPFITC DGP regression · UCI regression (10 datasets)average test MLL / rankHelped
Using a one-dimensional hidden layer (warped GP, DGP-1) instead of multi-dimensional hidden layers (ablation)DGP · UCI regressionaverage test MLLHurt
Increasing pseudo points/inducing outputs from M=50 to M=100 in DGP (ablation)DGP · UCI regressionaverage test MLLHelped
Adding a hidden layer to a GP on binary classification (DGP D-2-1 vs GP D-1)DGP · Binary classification (6 datasets)average test log-likelihoodMixed
Adding a hidden layer on multiclass classification (DGP D-1-K vs GP D-K)DGP · Multiclass classification (4 datasets)average test log-likelihoodNo clear effect
DGP with 2 hidden dims (DGP-2 100) on photovoltaic molecules vs shallow FITC GPDGP · Photovoltaic molecules (HCEP)test MLLHelped

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