Papers for

peer review platform developers

Papers whose findings have a practical use for this group, as judged from the abstract. Open a paper to read what it means in practice.

Llm reviews are less reliable than static tests suggest

Breaking the Illusion of Review Reliability under Static Evaluation: SCOPE Fuzzing for LLM-based Scientific Reviewers

Abstract: The rapid growth of submissions and reviewing workload has accelerated the use of large language models (LLMs) in peer review. Prior studies suggest that LLM-based reviewers can penalize content perturbations, such as overclaiming, indicating a certain degree of reliability. Yet these conclusions are largely based on a narrow set of perturbation strategies instantiated with static templates, providing limited evidence of actual reliability. In this paper, we construct a three-level evaluation framework covering perturbations to surface presentation, argumentative logic, and value judgment. Experiments on representative LLM-based reviewers reveal two limitations of static evaluation: stratified vulnerability, where perturbation effects depend on whether the paper's original review score is high or low, and perturbation undercoverage, where a single template misses vulnerabilities exposed by diverse realizations. To address these limitations, we propose SCOPE-Fuzzer, a strategy-aware fuzzer that combines feedback-driven strategy selection with adaptive mutation of paper content. By iteratively probing reviewers with dynamic perturbations, SCOPE-Fuzzer consistently uncovers vulnerabilities overlooked by static evaluation and other baselines.

Tue 29 SeptArtificial Intelligence
The gist
The paper shows that big AI models used for reviewing scientific papers may not be as reliable as previously thought. Previous tests only changed small, predictable parts of papers to see if the AI noticed problems. The authors find this method misses many hidden weaknesses and that AI reviews can be biased depending on the paper's initial score. They built a new tool called SCOPE-Fuzzer that changes papers in smarter, more varied ways to reveal these hidden problems. This tool helps better understand when and how AI reviewers might make mistakes.
Open → 2609.37097v1

Policies allowing AI help barely change peer review outcomes

Use and Effects of LLMs in Peer Review: A Randomized Experiment and Survey at ICML 2026

Abstract: LLMs are rapidly reshaping peer review, making it important to understand how reviewers use them in practice and how different LLM-use policies affect review outcomes. We investigate these questions through a randomized experiment and an anonymous post-survey at ICML 2026, a major machine learning conference involving over 24,000 papers and 17,000 reviewers. Reviewers were assigned to either a conservative policy prohibiting all LLM use or a permissive policy allowing limited assistance, with randomization among a subset of main-track papers and reviewers. Policy assignment had near-zero effects on final paper decisions, paper scores, and reviewer confidence, although reviews under the permissive policy were 5.5-7% longer. Post-survey responses (N=1,486) revealed diverse attitudes toward LLMs and substantial noncompliance: 22.5% of conservative-policy reviewers reported using an LLM despite the prohibition, and 36.5% of permissive-policy reviewers reported at least one explicitly disallowed use. We discuss implications for future peer-review policy and tool design.

Wed 16 SeptHuman-Computer Interaction
The gist
Large language models (LLMs) like AI assistants are being used in writing scientific paper reviews, but their impact is unclear. The paper reports a study at a big AI conference where some reviewers were allowed to use AI help while others were not. They found no big difference in final review scores or paper acceptance, although reviews with AI help were a bit longer. Many reviewers did not fully follow the rules about AI use. The authors discuss what this means for future review policies and tools.
Open → 2609.19420v1