2023
ACL
ACL 2023
Rehearsal-free Continual Language Learning via Efficient Parameter Isolation
Abstract
AbstractWe study the problem of defying catastrophic forgetting when learning a series of language processing tasks. Compared with previous methods, we emphasize the importance of not caching history tasks’ data, which makes the problem more challenging. Our proposed method applies the parameter isolation strategy. For each task, it allocates a small portion of private parameters and learns them with a shared pre-trained model. To load correct parameters at testing time, we introduce a simple yet effective non-parametric method. Experiments on continual language learning benchmarks show that our method is significantly better than all existing no-data-cache methods, and is comparable (or even better) than those using historical data.
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Interdisciplinary Bridge
— Artificial Intelligence and Deep Learning and Machine Learning
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Keyword Pioneer
— efficient parameter isolation
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Cross-Pollinator
— Artificial Intelligence, Computer Science, Computer Vision, Data Science & Analytics, Deep Learning, Healthcare & Medicine, Interdisciplinary, Knowledge & Reasoning, Machine Learning, Mathematics & Optimization, Natural Language Processing, Reinforcement Learning, Robotics, Security & Privacy, Speech & Audio
Authors
Zhicheng Wang
,
Yufang Liu
,
Tao Ji
,
Xiaoling Wang
,
Yuanbin Wu
,
Congcong Jiang
,
Ye Chao
,
Zhencong Han
,
Ling Wang
,
Xu Shao
,
Wenqiu Zeng
Topics
Artificial Intelligence > Core AI > Memory
Machine Learning > Learning Types > Continual Learning
Machine Learning > Application Areas > Efficient Computing
Machine Learning > Learning Types > Transfer Learning
Machine Learning > Learning Paradigms > Continual Learning
Deep Learning > Optimization & Theory > Model Compression
Deep Learning > Learning Types > Continual Learning
Artificial Intelligence > Learning Paradigms > Continual Learning