Probabilistic Residual Learning for Online Recommendations
2026-07-24T08:52:19Z•0a5d93c0b58388d06006d99faab80042c7720b3a47ae2e0a23c5e0607bbd0939
LLM-retrieversRAGadversarial-attacksanomaly-detectionapproximate-nearest-neighborcontrollabilitydata-poisoningdefensesembeddingsexplainabilityindustrial-adsknowledge-graphsmodel-robustnessprovable-provenancerecommender-systemsreinforcement-learningretrieval-augmented-generationsparse-featuressplit-knowledge-attacktopology-based-defense
What happened
Collection of recent research (Jul 2026) on recommender systems, retrieval, and LLM-augmented pipelines. Papers cover probabilistic residual learning (PRL) for causal refinement of recommenders, cost-aware sparse feature ranking (LO-FAR), controllable content-based recommenders (CCBR), ANNS optimizations for high-dimensional LLM embeddings, generative recommendation architectures (BARGE, DLMRec), LLM-based retrievers and training frameworks (SHIFT), LLM+knowledge-graph navigation (Search-on-Graph, Search-on-Graph-R1), an evidence-aware multi-skill agent for literature analysis (AlphaAgent),and
Why it matters
A reviewed impact interpretation has not been published for this record.
Evidence and limitations
- Source ID
- arxiv_cs_ir
- Record identifier
- 0a5d93c0b58388d06006d99faab80042c7720b3a47ae2e0a23c5e0607bbd0939
- Enrichment time
- 2026-07-24T08:52:19Z
- AI-assisted enrichment
- Yes
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