Keyword search is all you need: Achieving RAG-Level Performance without vector databases using agentic tool use
2026-03-04T19:49:39Z•694c1e9cba3c8e198cde8e53522b14c860bd2765f5728de522f0935475e85997
GraphRAGNeo4jRAGagentic-agentscitation-retrievalcpu-only-retrievalecommerce-retrievalenterprise-aigeodesic-metricsgraph-retrievalhybrid-retrievalkeyword-searchknowledge-graphlegal-ailinear-attentionmultimodal-retrievalpersonalized-pagerankreasoning-driven-rerankreciprocal-rank-fusionreflection-correctionretrieval-augmented-generationsemantic-searchsequential-recommendationsynthetic-datavector-databases
What happened
This feed contains multiple 2026 CS/IR papers focused on retrieval, RAG, and recommendation systems. Key contributions include: an agentic keyword-search approach that attains >90% of RAG performance without persistent vector DBs; TTE-v2, a reasoning-driven multimodal retrieval and reranking framework; domain-partitioned hybrid RAG with a Neo4j legal knowledge graph for Indian legal QA; SPRIG, a CPU-only GraphRAG using NER co-occurrence graphs + PPR; Higress-RAG, an enterprise "full-link" RAG stack with adaptive routing, semantic caching and corrective RAG (CRAG); Geodesic Semantic Search that
Why it matters
A reviewed impact interpretation has not been published for this record.
Evidence and limitations
- Source ID
- arxiv_cs_ir
- Record identifier
- 694c1e9cba3c8e198cde8e53522b14c860bd2765f5728de522f0935475e85997
- Enrichment time
- 2026-03-04T19:49:39Z
- AI-assisted enrichment
- Yes
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