Automated Grading of Handwritten Mathematics Using Vision-Capable LLMs

2026-05-20T07:23:48Z01007a99bccf45cf64ce73a9b3b277e36e892fdc32003073488f818d311093fe
AI-riskDAOLLMPLACES-datasetSME-securityT2I-safetyTRAILSXAIZero-Trustautomated-gradingblockchaindisclosure-designexplainabilityhallucinationinsurabilityinsurancelocalizationred-teamingrobustness-auditssynthetic-mediatraffic-datasettranscription-failurevision-LLM

What happened

This collection of recent arXiv papers covers security- and governance-adjacent research on AI systems, datasets, and architectures. Highlights include: an empirical evaluation of vision-capable LLM graders for handwritten mathematics showing high rubric-level accuracy but most errors (up to 87% in the best model) stem from image transcription failures, hallucinations, and equivalent-expression handling; a study of synthetic-media disclosure design that identifies tensions (normativity vs. neutrality, proactivity vs. precision) and the use of analogies (e.g., nutrition labels) in policy design

Why it matters

A reviewed impact interpretation has not been published for this record.

Evidence and limitations

Source ID
arxiv_cs_cy
Record identifier
01007a99bccf45cf64ce73a9b3b277e36e892fdc32003073488f818d311093fe
Enrichment time
2026-05-20T07:23:48Z
AI-assisted enrichment
Yes

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