arXiv:1802.07400
Direct Learning to Rank and Rerank
원문 초록
Learning-to-rank techniques have proven to be extremely useful for prioritization problems, where we rank items in order of their estimated probabilities, and dedicate our limited resources to the top-ranked items. This work exposes a serious problem with the state of learning-to-rank algorithms, which is that they are based on convex proxies that lead to poor approximations. We then discuss the possibility of "exact" reranking algorithms based on mathematical programming. We prove that a relaxed version of the "exact" problem has the same optimal solution, and provide an empirical analysis.
함께 살펴볼 논문
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Calibration-Disentangled Learning and Relevance-Prioritized Reranking for Calibrated Sequential Recommendation
Leveraging Passage Embeddings for Efficient Listwise Reranking with Large Language Models
FIRST: Faster Improved Listwise Reranking with Single Token Decoding
List-aware Reranking-Truncation Joint Model for Search and Retrieval-augmented Generation
An Early FIRST Reproduction and Improvements to Single-Token Decoding for Fast Listwise Reranking
Kamae: Bridging Spark and Keras for Seamless ML Preprocessing
토론
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