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title software abstract section layout series publisher issn id month tex_title firstpage lastpage page order cycles bibtex_author author date address container-title volume genre issued pdf extras
Theory and Algorithm for Batch Distribution Drift Problems
We study a problem of batch distribution drift motivated by several applications, which consists of determining an accurate predictor for a target time segment, for which a moderate amount of labeled samples are at one’s disposal, while leveraging past segments for which substantially more labeled samples are available. We give new algorithms for this problem guided by a new theoretical analysis and generalization bounds derived for this scenario. We further extend our results to the case where few or no labeled data is available for the period of interest. Finally, we report the results of extensive experiments demonstrating the benefits of our drifting algorithm, including comparisons with natural baselines. A by-product of our study is a principled solution to the problem of multiple-source adaptation with labeled source data and a moderate amount of target labeled data, which we briefly discuss and compare with.
Regular Papers
inproceedings
Proceedings of Machine Learning Research
PMLR
2640-3498
awasthi23b
0
Theory and Algorithm for Batch Distribution Drift Problems
9826
9851
9826-9851
9826
false
Awasthi, Pranjal and Cortes, Corinna and Mohri, Christopher
given family
Pranjal
Awasthi
given family
Corinna
Cortes
given family
Christopher
Mohri
2023-04-11
Proceedings of The 26th International Conference on Artificial Intelligence and Statistics
206
inproceedings
date-parts
2023
4
11