AI & ML
ReviewMap: Mapping Evaluative Acts and Automation Boundaries in Peer-Review Comments
arXiv cs.HC0 views
arXiv:2611.07489v1 Announce Type: cross Abstract: Peer-review comments check what a paper does and judge why it matters, but no existing scheme distinguishes these two evaluative acts. We argue that making these acts explicit and measuring how reliably LLMs identify them is a prerequisite for responsible LLM-assisted review analysis: humans need to inspect review judgments and their grounds. This defines a more honest mission for NLP in peer review than full automation. We present ReviewMap, a framework that classifies each comment as assessment of claims and scholarly standards or calibration of contribution value and venue fit, with finer-grained attributes applied conditionally by act type. Applied to 500 ICLR~2026 papers through multi-model LLM consensus, the act layer proves reliably automatable under the operational guideline (inter-model $\kappa \geq 0.75$), supported by five-human validation on 470 development comments, while the attribute layer requires human oversight, defining a measured automation boundary. At the corpus level, 17% of reviewer-paper instances contain no panel-coded calibration, and the panel-coded calibration share is nearly $3\times$ as high in Strengths as in Weaknesses. This boundary informs three affordances: a review guideline that operationalizes the assessment-then-calibration workflow for reviewers, a per-comment rebuttal strategy scaffold for authors, and a discussion-phase dashboard for area chairs.
Source:https://arxiv.org/abs/2611.07489PreviousVREgo: Consumer VR Headsets for Learning Robot Manipulation from Egocentric DemonstrationsNextDigital Security Under Compound Threats: Surveillance, Threat Reasoning, and Habituation Among North Korean Defectors in China
Related posts
Information Loss Is All You Need: $TC^0$ Pseudorandomness from Worst-Case Lattices
0arXiv cs.CR
Backdoor Purification for LoRA-Tuned LLMs via Null-Space Projection
0arXiv cs.CR
Backdoor Containment via Expert Quarantine and Shutdown in LLMs
0arXiv cs.CR
Persona-Model Collapse in Emergent Misalignment
0arXiv cs.CR
Analysis of LLM Vulnerability to GPU Soft Errors: An Instruction-Level Fault Injection Study
0arXiv cs.CR
When appearance and motion disagree: evaluating class-motion consistency against disguised uncrewed surface vessels
0arXiv cs.CR