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How Fine-Tuning Allows for Effective Meta-Learning

NeurIPS 2021 · Label-efficient and robust learning › Zero-/few-shot and meta-learning · approach: Meta-augmentation and meta-objectives · 5 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
Use task-specific representation fine-tuning during meta-training instead of a frozen-representation objectiveAdaptRep vs. FrozenRep · Linear hard-case task familytarget excess riskHelped
Use task-specific representation fine-tuning during meta-training instead of a frozen-representation objectiveAdaptRep vs. FrozenRep · Nonlinear ReLU hard-case task familytarget lossHelped
Use task-specific representation fine-tuning during meta-training instead of a frozen-representation objectiveAdaptRep vs. FrozenRep · Linear hard-case simulationworst-case target excess riskHelped
Use task-specific representation fine-tuning during meta-training instead of a frozen-representation objectiveAdaptRep vs. FrozenRep · Linear hard-case simulationrepresentation subspace alignmentHelped

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