OPERA: Online Data Pruning for Efficient Retrieval Model Adaptation
2026-03-19T08:52:17Z•b8ea1662453434ff0e21046605440ca572ab85094d06b86d4de5cf93430389fb
GLIDENEOOPERAPJBThought 1 (T1)VLM2Recbenchmarkscatalog groundingcitation recommendationcontinual learningdata pruningdense retrievaldynamic pruningfederated learninggenerative retrievalinductive evaluationmodality collapsemodel adaptationpodcast recommendationproduction deploymentreasoning-intensive retrievalrecommendation systemsreinforcement learning (GRPO)semantic IDsvision-language models
What happened
Collection of recent retrieval and recommendation research (arXiv, 19 Mar 2026) that advances efficiency, robustness, and deployability of dense and generative retrieval systems. Key contributions: OPERA (static and two-stage dynamic data pruning) to accelerate and improve dense retriever fine-tuning (DP reaches comparable performance in <50% training time); FCUCR, a federated continual recommendation framework using time-aware self-distillation and inter-user prototype transfer for long-term personalization; Profiler + DAVINCI for citation recommendation with a proposed inductive evaluation;P
Why it matters
A reviewed impact interpretation has not been published for this record.
Evidence and limitations
- Source ID
- arxiv_cs_ir
- Record identifier
- b8ea1662453434ff0e21046605440ca572ab85094d06b86d4de5cf93430389fb
- Enrichment time
- 2026-03-19T08:52:17Z
- AI-assisted enrichment
- Yes
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