Training Data Optimization for Pairwise Learning to Rank

Han, Hojae; Hwang, Seung-won; Song, Young-In; Kim, Siyeon

doi:10.1145/3409256.3409824

Cited by 3 publications

(1 citation statement)

References 12 publications

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“…In the literature, several solutions have been proposed for designing a robust model and label de-noising. Recently, some works train models that are invulnerable to outliers by developing robust loss functions [9]- [13], applying regularization techniques [14]- [17] or selecting reliable samples [3], [18]- [22]. However, methods of these types either are significantly affected by the changes in noise distribution [23], improve marginally [24] or carry the risk of eliminating clean data [2] [23].…”

Section: Introductionmentioning

confidence: 99%

PeerRank: Robust Learning to Rank With Peer Loss Over Noisy Labels

Liu

Qin

et al. 2022

IEEE Access

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User-generated data are extensively utilized in learning to rank as they are easy to collect and up-to-date. However, the data inevitably contain noisy labels attributed to users' annotation mistakes, lack of domain knowledge, system failure, etc., making building a robust model challenging. On account of the remarkable nature of deep neural networks in fitting datasets, the noisy labels significantly degrade the performance of learning-to-rank algorithms. To cope with this problem, previous studies have put forward several methods for label de-noising. However, they are either susceptible to the noise distribution on datasets, raising the demand for clean data or incurring more computational costs. Moreover, most of them are tough to extend to different scenarios. This paper proposes a simple yet effective framework named PeerRank that can be applied in broad applications such as click-through rate prediction and commercial web search in learning-to-rank tasks. PeerRank is a robust, effective, and adaptable framework that can couple with numerous models with theoretical guarantees. Extensive experiments on three public real-world datasets with thirteen point-wise base models and four semi-synthetic generation datasets with four pairwise base models show the consistent improvement of PeerRank. The results comparing PeerRank with seven classic and state-of-the-art de-noising methods validate the advantages of PeerRank framework for learning to rank over noisy labels.INDEX TERMS Learning to rank, Noisy labels, Robustness.

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