CIRCE Divines LLM Task Complexity from Constraint Structure
arXiv cs.AIen
arXiv:2610.41089v1 Announce Type: new Abstract: Estimating whether a problem is too complex for a large language model (LLM) before the model attempts it can guide model routing, how to allocate test-time compute, and suggest the need for new tools to aid the agent. While existing estimators rely on the problem text, LLM-annotated task difficulty labels, or signals obtained after a model attempts to solve the problem, such as its hidden states, none explicitly leverage the constraint structure inherent in the problem: the variables to assign and how the constraints over them interact. We introduce CIRCE, which extracts a problem's structure by using a cheap LLM to construct a Constraint Inte
This is a short summary published by AI Global Wire. The full article is owned and hosted by arXiv cs.AI — open it there to read it in full.
Read the full story at arXiv cs.AI- Verktyg
- Forskning
- Agenter
Related AI news
- SemiAnalysis launches GDPx, an agentic capability benchmark measuring 11 domains, including chip design, cybersecurity, and RSI; Opus 5.5 tops with a 12% score (SemiAnalysis)Techmeme · November 2, 2026
- Verifying Text-to-SQL Queries under Changing Business SemanticsarXiv cs.AI · November 2, 2026
- Does Recursive Knowledge Construction Help Agents Verify Consensus Claims in Science?arXiv cs.AI · November 2, 2026
- Nedimo: An Evidence-Grounded Multilingual Pipeline for AI-Generated Sleep StoriesarXiv cs.AI · November 2, 2026
- Calibration of Large Model Quantization based on HiFloat4 FormatarXiv cs.AI · November 2, 2026
- More Rules, Longer Lists? Benchmarking Self-Evolving Agents on a Hidden-Rule CurriculumarXiv cs.AI · November 2, 2026