3260 papers • 126 benchmarks • 313 datasets
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These leaderboards are used to track progress in next-basket-recommendation-10
Use these libraries to find next-basket-recommendation-10 models and implementations
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A novel mixed model with preferences, popularities and transitions, which significantly outperforms the state-of-the-art next-basket recommendation methods on 4 public benchmark datasets.
A simple item frequency based k-nearest neighbors (kNN) method is proposed to directly utilize the critical signals contained in PIF and frequently outperforms the state-of-the-art NBR methods when patterns associated with PIF play an important role in the data.
It is hypothesize that incorporating information on pairwise correlations among items would help to arrive at more coherent basket recommendations, and develops a hierarchical network architecture codenamed Beacon to model basket sequences.
This work provides a novel angle on the evaluation of next basket recommendation (NBR) methods, centered on the distinction between repetition and exploration, and proposes a set of metrics that measure the repetition/exploration ratio and performance of NBR models.
A novel method, Time-Aware Item-based Weighting (TAIW), which takes timestamps and intervals into account and outperforms well-tuned state-of-the-art baselines for next-basket recommendations.
The results show that the method provides constant update time efficiency with respect to an additional user basket in the incremental case, and linear efficiency in the decremental case where the authors delete existing baskets.
A simple bi-directional transformer basket recommendation model (BTBR) is proposed, which is focused on directly modeling item-to-item correlations within and across baskets instead of learning complex basket representations.
The experimental results confirmed that the reproduced model, TIFU-KNN, outperforms the baseline model, Personal Top Frequency, on various datasets and metrics.
Adding a benchmark result helps the community track progress.