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This research demonstrates how Large Language Models can effectively generate structured semantic supervision—such as attributes and explanations—to enhance e-commerce product search without fully replacing human judgment. By leveraging synthetic approximations of these signals, the approach significantly improves retrieval performance on difficult queries while maintaining high accuracy comparable to human-validated oracles. The study highlights that LLMs are most valuable for exposing complex semantic relationships rather than acting as direct substitutes for expert annotators in critical decision-making loops.
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Beyond Relevance: Structured Semantic Supervision for Product Search with LLM-Augmented Annotations

arXiv2 min de cititArticolul și perspectiva sunt în engleză.

arXiv:2609.23646v1 Announce Type: cross Abstract: E-commerce search requires distinguishing products that are merely related to a query from those that directly satisfy the user's shopping intent. We augment query-product pairs with structured LLM-generated query and product attributes and human-validated relevance, explanations, and centrality judgments, and evaluate these signals using a simple dual-encoder retriever and MLP re-ranker. On an augmented subset of ESCI, a human-feature oracle reaches $0.9382$ nDCG@10, while a human-free trained $Q+P$ configuration reaches $0.9258$. Synthetic approximations of the human signals reach $0.9150$ overall but provide substantial gains for difficult, low-performing queries. Ablations show that most of the oracle improvement comes from post-edited explanations and annotator comments rather than the scalar centrality feature, suggesting that LLMs are most useful for exposing and approximating structured semantic supervision rather than replacing human judgment directly.

Abstract:E-commerce search requires distinguishing products that are merely related to a query from those that directly satisfy the user's shopping intent. We augment query-product pairs with structured LLM-generated query and product attributes and human-validated relevance, explanations, and centrality judgments, and evaluate these signals using a simple dual-encoder retriever and MLP re-ranker. On an augmented subset of ESCI, a human-feature oracle reaches $0.9382$ nDCG@10, while a human-free trained $Q+P$ configuration reaches $0.9258$. Synthetic approximations of the human signals reach $0.9150$ overall but provide substantial gains for difficult, low-performing queries. Ablations show that most of the oracle improvement comes from post-edited explanations and annotator comments rather than the scalar centrality feature, suggesting that LLMs are most useful for exposing and approximating structured semantic supervision rather than replacing human judgment directly.

Information Retrieval (cs.IR); Computation and Language (cs.CL)

arXiv:2609.23646 [cs.IR]

(or arXiv:2609.23646v1 [cs.IR] for this version)

https://doi.org/10.48550/arXiv.2609.23646 Focus to learn more arXiv-issued DOI via DataCite (pending registration)

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