Supporting Artifact Evaluation with LLMs: A Study with Published Security Research Papers

2026-03-10T07:23:35Zcae030af0e2e09c2dde3847b231222a389ddc3e373ab2697bb72549d2f3d964d
CPSIoTLLM-assisted reproducibilitySSDISSETFMXACMLartifact evaluationaudio-visual modelsbreak-the-glassconsent-based access controlcryptographic agilitydeep-learning side-channeleBPFhealthcare identity managementmAVEpatient privacypost-quantum cryptographysearchable symmetric encryptionself-sovereign identityside-channelsystem-level leakagetemporal attacktext-to-video jailbreakwatermarking

What happened

This collection summarizes recent security and privacy research (multiple arXiv submissions) across reproducibility, identity, cryptography, ML-safety, and systems leakage. Key contributions include: an LLM-based artifact-evaluation toolkit that rates reproducibility (≈72% accuracy), autonomously prepares sandboxed execution for ~28% of runnable artifacts, and detects methodological pitfalls with F1>92%; a temporal jailbreak (TFM) for text-to-video models that converts unsafe prompts into sparse two-frame prompts to increase jailbreak success (up to +12%); discovery of system-level leakage for

Why it matters

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

Evidence and limitations

Source ID
arxiv_cs_cr
Record identifier
cae030af0e2e09c2dde3847b231222a389ddc3e373ab2697bb72549d2f3d964d
Enrichment time
2026-03-10T07:23:35Z
AI-assisted enrichment
Yes

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