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Can Model Compression Improve NLP Fairness

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arxiv 2201.08542 v1 pith:KANUPJ5Y submitted 2022-01-21 cs.CL

classification cs.CL
keywords compressionmodeldistillationmodelsbiaseffectfairnesspruning
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Model compression techniques are receiving increasing attention; however, the effect of compression on model fairness is still under explored. This is the first paper to examine the effect of distillation and pruning on the toxicity and bias of generative language models. We test Knowledge Distillation and Pruning methods on the GPT2 model and found a consistent pattern of toxicity and bias reduction after model distillation; this result can be potentially interpreted by existing line of research which describes model compression as a regularization technique; our work not only serves as a reference for safe deployment of compressed models, but also extends the discussion of "compression as regularization" into the setting of neural LMs, and hints at the possibility of using compression to develop fairer models.

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  1. MOON: Multi-Objective OrthoNormalized Updates for Multitask Learning

    cs.LG 2026-08 conditional novelty 7.0 of 10

    MOON applies spectral-nuclear-norm geometry to multi-objective gradient manipulation and uses polar-factor updates, with O(T^-1/2) deterministic and O(T^-1/4) stochastic convergence to Pareto stationarity.

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