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Research map / Continual learning / Continual fine-tuning of LLMs

Memory-based Parameter Adaptation

ICLR 2018 · Continual learning › Continual fine-tuning of LLMs · approach: Continual pretraining of language models · 26 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
Use MbPA instead of a plain parametric modelResNetV1 incremental ImageNet classification · ImageNet novel classesTop 1 accuracy: 46.2 % vs 16.2 %Helped
Use MbPA instead of a memory-based mixtureResNetV1 incremental ImageNet classification · ImageNet novel classesTop 1 accuracy: 46.2 % vs 31.6 %Helped
Use MbPA instead of the parametric LSTMLSTM · Penn Treebank testperplexity: -5.3Helped
Combine MbPA with the LSTM baseline and neural cacheLSTM · WikiText-2 testperplexity: -16.5Helped
Use MbPA rather than LSTM + cacheLSTM · WikiText-2 testperplexity: 56.0 vs 51.3Helped
Use MbPA for test-time dynamic evaluationLSTM language model · Penn Treebankperplexity improvement over baseline: gains above 1 perplexityNo clear effect
Increase episodic memory size (ablation)MbPA ImageNet incremental classification · ImageNet novel classesperformanceHelped
Retrieve more nearest neighbours for local adaptation (ablation)MbPA ImageNet incremental classification · ImageNetperformanceHelped

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