271 Matching Annotations
  1. Jun 2026
    1. Table J.1. Section attention.

      you can make the width smaller, this doesnt look proportional, and also the caption should be cnetered under the table.

    2. The onlycomparison that loses significance under correction is DeepReviewer-7B on arXiv

      i am confused, we never mention deepreviewer in the table. what are you referring to?

    3. G SFT and RL Method Details

      i just realized at the very end we want a short hardware details subsection. where we mention that all of our SFT/RL experiments use 4 H200. we used liger-kernel @article{hsu2024liger, title={Liger kernel: Efficient triton kernels for llm training}, author={Hsu, Pin-Lun and Dai, Yun and Kothapalli, Vignesh and Song, Qingquan and Tang, Shao and Zhu, Siyu and Shimizu, Steven and Sahni, Shivam and Ning, Haowen and Chen, Yanning}, journal={arXiv preprint arXiv:2410.10989}, year={2024} } to reduce memory usage, allowing per device btach to be 4 (and grad accum is set appropriately, i.e., 32 batch, 4 per device batch, 2 grad accum).

    4. Vision RAmoves from 0.14 to 0.87 while RR crashes from 0.86 to 0.21. Text RL is steadier, with RA rising +25 pp whileRR loses only ∼7 pp, but neither policy surpasses the strongest SFT model in the main text.

      i dont think we need the exact numbers. just qualitatively explain the trend that even tho reward does go up, as the model learns to format better, its not actually that much more accurate, and retains the initial accept bias.

    5. Vision RL’s apparent peakat step 100 is a 0.14 → 0.87 swing on RA paid for by an 0.86 → 0.21 crash on RR

      delete this. simply state that though the models improve their reward, they retain their accept bias, and it even gets worse with RL training.

    6. use the checkpoint policy in Table 3.

      there is no checkpoint policy. just state that for 7b/14b training we use 2 epochs, for 3b we use 4 epochs.

    7. text/vision evaluation cells.

      we need more content here. Also ICLR should be OR-ICLR (italics) with macro. I think we want to say that the modes spend anywhere between ~2k to 4.5k thinking, with gemini ceiling noticeably higher than gpt.

    8. We reverse text sections or page order during training/evaluation and find only smallaccuracy changes, especially for vision

      i think we want better labeling for the table here. 1) we dont want to mention that are testing on validation vs test, so just remove that. 2) remove the n= column, 3) we want a column that says forward-trained/reverse-trained. then another column thats text or vision. and then other column that is test-set ordering. got me?

    9. slices.

      after this i think we want to say, despite the larger claim rate, the accuracy of the claim is less than 1% across all cues, showing that while llms might recall, they cant do it accurately.

    10. anonymizes

      we should specify the anonymization. Here we strip similarly all the identity-bearing spans directly from the latex source, and we also recompile the pdf under the [review] latex macro.

    Annotators

    Annotators

    1. CALIBRATION (from training data):- Accept papers: mean rating ~5.0 (ratings 4-6), soundness ~2.75,presentation ~3.0, contribution ~2.5- Reject papers: mean rating ~3.0 (ratings 2-4), soundness ~2.75,presentation ~2.25, contribution ~1.5- Strengths: ~3 bullets, Weaknesses: ~4-5 bullet

      remove this

    2. able H.1. Paired bootstrap significance for headline vision comparisons. Intervals are 95% percentile intervals from10,000 paired bootstrap resamples over paper IDs.

      these need to be weaved into the text

    3. Fitted parameters: text a = 0.845, b = 0.147 (slight compression with a small upward shift); vision a = 0.636,b = 0.062 (strong compression, equivalent to T ≈ 1.57, with minimal shift)

      can these be updated, and can you state the numbers for arxix text/vision and OR-iclr?

    4. Both runs use VERL with GRPO, KLcoefficient 0.001, the k3 KL estimator, PPO clip 0.2 / 0.2, standard-deviation normalization, and token-meanloss reduction

      remove this

    5. well below the SFT models reported in the main text.

      lets make sure we use OR-ICLR unless its necessary and we are tlaking about the dataset curation details where i think its appropriate to use OpenReview-ICLR there

    6. r Freeform Boxed Standard on a 500-paper OpenReview-ICLR subset

      hmm, i think we should add in these prompt variants, otherwise its hard to know what stru tured json or PDR with advocate.critic, etc means

    7. o check whether scaling helps base prompting

      to check whether, with a strong base model (the qwen3.5 model is more likely to be strong than the qwen2.5 base), will scale help prompting?

    8. Table F.3. Prompt-ablation averages across ICLR ’25 and ’26.

      these need to be mentioned before, also do you think we could put a and be next to each other and c underneath to save space?

    9. summarize

      this feels somewhat out of place. where is it referenced, i feel this should be placed earlier, before prompting. we should 1) have a preamble in the prompting and extended experiments. two we should mention this summary table in line in the preamble talking about how all settings are summarized here, notably the forntier models use high reasoning and temperature=1, we also replicate this in our RL prompt ( need to add temperature =0.7 there). then talk about how our sft after trained is greedily decoded? maybe then introduce the prompting we tested and how we did some experiments to correct open-source model bias

    10. main.py # calls the schema validator‘-- results/|-- codex/| |-- PREDICTIONS.json| ‘-- session.jsonl‘-- claude/|-- PREDICTIONS.json‘-- session.jsonl

      we didnt explain what the schema validator is, we didnt explain the predicitons.json or session.jsonl. please explain in the main text, the schema validator is a utility given to the agents to ensure their predictions (stored in the PRedictions.json) is of correct format. we record the entire agent trajectory in a session.jsonl file.

    11. the hard label

      However, in our main results, we calibrated the model's decision using its rating and accuracy performance on the held-out validation set. This generally improved performance.

    12. This appendix records the prompts and decoding settings used for prompting, SFT, and RL. We omit thepaper body from the snippets and normalize line wrapping for typesetting

      simply state: In this section we denote the prompts and decoding settings used during prompting, sft, and RL. we omit the paper body from the prompts for brevity. also please dont line wrap until you have hit the full width of the pormpt with. it seems like line wrapping is used too early rn

    13. You are an expert academic reviewer for the ICLR conference, predicting whethera paper will be accepted or rejected. ICLR generally has a ~30% acceptance rate.

      i like what was done in the base open-source prompting, please adopt that ehre by denoting whats in system, whats in user, and then the difference between iclr and arxiv.

    14. e hypothesize that borderline papers inject label noise, which, over the longgenerations learned during RL, can cause the model to reinforce noise rather than learn a stable boundar

      this sentence is trange and idt this is meant to be here. remove it. i think the key is that we should state that none of these design choices consistently improve performance, so we choose to simply use paper -> decision prediction

    15. We therefore study

      i think stated this causally as: "we therefore study ..." is weird. i think we should say: "to improve the quality of the corpus, we tried to filter out borderline cases ..."

    16. utcome accurac

      we report acc in the main table as a %, id do the same here. Make sure this is clear by stating outcome accuracy when claimed (%)

    17. The abstract span starts at a line matching the Abstractkeyword (optionally preceded by Markdown hashes), thencontinues until the next Markdown heading or until a blankline followed by an uppercase letter or digit. Split that span onperiods, exclamation marks, and question marks, and countthe resulting nonempty sentences

      i think this could be shortneed. as well as the previous all we need to say is that we find the abstract content and then either count number of sentences or the length of each sentence (average)

    18. estimated body page

      we also need to state that the w_iclr, w_arxiv are derived from logistic regression models trained on all these features

    19. Decisions are already published, so the funnel is short.

      State: Decisions for both accepts and rejects are fully available, so the pipeline is simple: download openreview PDFS and metadata, extract markdown content/apply normalization, and subsample.

    20. 9,442 balanced PROD papers (9,770 accept /19,672 reject) end up in training.

      how is this balanced?? something is wrong with your metrics, this should be 50/50 accepts and rejects? with our 40k we do a stratified year balance, please recheck

    21. Vision picksthis up: even after normalization, the model remains unusually strong on ’24, indicating that residual layoutcues survive whiteout. MinerU confirms the source of the problem: across years the mean y-position of theintroduction start is roughly matched between accepts and rejects, except in ’24 where the gap is notable.

      i dislike overuse of colon/semicolon, please clean this up,

    22. We strip identity-bearing s

      Need setup. We attempted to recover a anonymized version of ICLR '24 by performing manual anonymization on the camera-ready PDF.

    23. shortcuts to discriminate

      we should add one last sentence stating: Our audit shows that using papers sourced from the stage of review (latest rebuttal), doenst suffer from any of these shortcuts.

    24. These signals are markdown/LaTeX sourcepresence (LaTeX is only available for arXiv submissions, not all OpenReview rejects)

      this sentence seems a bit listy and not so coherent. State: "We tested out several signals denoted in Table ..." (add a table that adds a deinition to each signal. Markdown/LaTex source is mainly for deepreview, but basically we identify this for looking for \begin{equation} or \cite tags in the text, rather than rendered. author names visible is lookinf for names before abstract, same with affiliation before abstract. has ack is if acknowledgmenets ection header is present. and github in abstract searches fro a github url in the abstract.

    25. Existing accept/reject datasets often mix artifacts in ways that make labels recoverable from source, venue,or revision artifacts rather than paper quality.

      i think we should say: "For instance in Deep Paper Gestalt \cite, they used accepted CVPR papers and used workshop papers as a reject pool. However, from formatting alone, if one can tell if something is workshop format (less pages, specific headers, etc) they can easily shortcut the core prediction problem.

    Annotators

    1. Prompt Ablations

      this should be called: "Correcting Model Biases with Prompting" and this should have a short preamble talking about how our base open-source models are heavily accept biased (accepting all), so we tried various prompt corrections and tested the effects over various opensource and a cheap frontier model (Gemini-2.5-Flash) on OpenReview-ICLR. then table F.3, F.4, and F.5 should be weaved in here. i am thinking we have one one paragraph for critical variant, one paragraph for multi-step peer review emulation. the experimental notes should be in the preamble. be results-driven, right now this reads wayy too much as describing setup.

    2. able F.2. Frontier reasoning-token usage. We summarize median, mean, and P95 reasoning-token counts for thestratified high-reasoning Gemini and GPT evaluation runs.

      this should be its own sub-section titled: "Frontier Model Reasoning Usage"

    3. cosine decay, 5 warmup steps, context 24,480,greedy evaluation. Full optimizer settings are inAppendix E.1.

      most important thing to say, is temperature=0 (greedy evaluation) we dont talk about training here. Context length is fine too

    4. Prompts

      lets reorganize this into a subsection: Base Open-Source Prompting and then we have one paragraph for No Reasoning Prompt. then we have one for Reasoning Prompt. for the reasoning prompt id like you to be a bit more clear by showing the prompt more contiguously rather than split as it is now. then we have a subsection: "Frontier Model Prompting" and one para: "Frontier Reasoning Prompt", then one para: "Frontier Reasoning Agent Workspace. (no need for deepreview).

    5. The search-augmented RL prompt extends this schema with thearXiv search interface described in Appendix E.2

      remove this because we arent mentioning arXiv search for RL anymore

    6. E.2 RL

      ok so we are movign the RL section from the previous to here. i think thats actually all we need, we dont need to put any other details, because they arent mentioned in the main text. lets alos remove the 4-step text+arXiv, lets support the main text only which is that we trained text/vision RL, just uses the single-turn settings.

    7. RL. The single-turn text RL policy uses a learning rate of 1.2 × 10−6, constant warmup over 4 steps, maxgradient norm 0.5,

      this should be moved E.2

    8. ells follow the same format as Table H.1.

      you need to qualitatively describe the result. the tldr for both tables should be that frontier mdoels cant adequately memorize or recall decision results, though its hihgest for the earlier years and for arXiv.

    9. Label-recall c

      also you should denote the metric (Label-Recall (%)) above the years, so the reader knows what you are referring to. also table caption should qualitatiively give us the result.

    10. and OR-ICLR stratified by mean reviewer rating bucket (< 5: n=14, 5–5.99:n=18, 6–6.99: n=14, ≥ 7: n=4)

      dont inlcude this, its useless, remvoe from table

    11. ROUGE-L

      needs citation, add to bibtex: @inproceedings{lin-2004-rouge, title = "{ROUGE}: A Package for Automatic Evaluation of Summaries", author = "Lin, Chin-Yew", booktitle = "Text Summarization Branches Out", month = jul, year = "2004", address = "Barcelona, Spain", publisher = "Association for Computational Linguistics", url = "https://aclanthology.org/W04-1013/", pages = "74--81" }

    12. recall rate (the fraction of papers where the model claims to remember the decision) and, when themodel does recall, the outcome accuracy

      we should rename the recall rate, i think this seems like it is "correctly recalling", we want a better deinition.

    13. continuation (a sentence prefix from the paper),

      this is confusing, what sentence prefix? like first sentence of the intro? are the tiutle + abstract incliuded?

    14. rontier Memory Probes

      lets 1) move this up before section D Training Variations. 2) i want this to be named: "Do Frontier Models Memorize the Training Data?"

    15. Data Mixture and Input Representation

      i think we should call this "Ablating Training Distribution and Paper Representation", then we should setup that we tried various techniques on OpenReview-ICLR to improve accuracy. first we started with filtering high-quality accepts/rejects (ingoring borderline), then we looked at various suffix options to help the decision objective.

    16. remain problematic

      i think it would be highly prudent to add a new subsection titled "Our Data Pipeline" with two paragraphs for ICLR and arXiv. for arXiv, you can find the pipeline here: /scratch/gpfs/ZHUANGL/sk7524/AutoReviewer/plots/funnel(_openreview).html <- the first contains the pipeline for arXiv, the other for OpenReview. i think its important to maybe have a table that summarizes what we start with, how many sty we can recognize, how many are matched, how many are filtered out, and then the implied reject pool, then the filtereing. for openreview we can talk about start and the filtering? or perhaps a diagram would be nice? you decide, dont just verbatim copy the htmls, they are too dense. look at how we represented information throughout the paper, be wise clear succinct.

    17. All headlineresults use native decisions unless stated otherwise, and the generated TSVs retain the exact class recalls,thresholds, priors, and supports behind the appendix and main-text tables

      all headline PaperLens results use native decisions, unless stated otherwise (like for calibration). you shouldnt mention generated TSV's

    18. The main text reports the top five accept- and reject-associated coefficients from separate ICLR and arXivfeature probes. Here we show grouped distributions for the pooled top accept- and reject-associated featuresacross ICLR years and arXiv venues. The probe uses standardized paper-derived features and excludes sourceidentifiers, direct venue labels, ratings, citations, author names, and non-comparable body-page counts. Itspurpose is not to replace the learned PaperLens score, but to check whether simple surface statistics revealbroad content differences or narrow artifacts

      i think instead of grouped bar charts, we could instead, on the table show the feature weight for logistic regression (as a column?), then the paragraph just discusses the table. no need for all these grouped bar charts.

    19. n feature names, per pg. means per estimated body page: metadatabody_pages, then num_pages_noreferences, then num_pages, otherwise word count divided by 900 and lower-bounded at 1.

      i dont think we need this detail, stop before colon. also dont use texttt here, no need, just use english for body pages

    20. B.2 Shortcuts in Prior Datasets

      i almost feel this should be BEFORE the B.1 section, we reference this first in the related works, so it makes sense to put it first.

    21. 0 (497 vs. 498), ’21 (506 vs. 508), ’22 (515 vs. 520), ’23 (532 vs. 524), and only mildlyshifted in ’25 (554 vs. 543), but ’24 shows the largest gap (563 vs. 529

      i dont think we need to state the numbers, we merely just need to state the effect, 24 has a notable gap gap

    22. Why normalized ICLR ’24 remains shortcut-prone for vision.

      can we ensure that this plot maintains the existing pltotting conventions? i think the colors are font, and i mainly want to make sure font sizing on the labels/axes are consistent

    23. but are used as a cross-venue audit for the shortcut analysis below

      delete this, this was legacy. we should state that nips, icml, colm from openreview only release accepts and no rejects, so we ignore it for our openreview set.

    Annotators

    Annotators

    1. The training prior is a separate choice. Natural-rate training exposesthe model to the conference base rate, but it also makes the nativedecision rule inherit the majority-reject bias.

      the table has messed up its formatting, i think something happened with the numbers?

    2. Because arXiv spans many venues, itcontains an ICLR subset (arXiv-ICLR) distinct from the OpenReview-sourced OR-ICLR set.

      delete this, and just say form the last sentence: All datasets are balanced 50/50, and Figure 2 shows examples from both.

    Annotators

    1. e 6 shows that Claude alone underperforms PaperLens-Vision, but adding the calibrated prior improvesoverall accuracy from 63.0% to 70.6%, surpassing both PaperLens-Vision and Claude individually, andimproves alignment with human reviews. This matches the factorization above: PaperLens-Vision anchorsthe decision while the reviewer supplies the critique. The gain comes mainly from a 13.6% subset of papersflipping Accept→Reject at 77.9% accuracy; Reject→Accept flips are rarer and much less reliable, so the priormostly corrects false acceptances

      something we arent talking about is the fact that we measure gains in rating alignemnt as well. note that after the model's predictions flip from A -> R it starts spitting out weaknesses and novelty critiques at a higher rate, agreeing with human critique.

    2. his is consistent with psychology and peer-review studies of evaluative judgment:reviewers may form an early global impression of a manuscript and then selectively construct or emphasizecriticisms that make that impression appear analytically grounded (Kunda, 1990; Nisbett and Wilson, 1977;Slovic et al., 2007; Haidt, 2001; Lord et al., 1979), with peer-review evidence showing that reviewer behavioris sensitive to identity cues, network ties, and halo effects rather than to manuscript content alone (Tomkinset al., 2017; Blank, 1991; Peters and Ceci, 1982; Teplitskiy et al., 2018; De Sordi et al., 2020)

      this sentence is way too long, you need to cut it down. also no one knows what newtowrk ties and halo effects are please fix that.

    3. Model scale. 3B/14B differences to 7B, ma

      please center the numbers in the columns also make delta Acc on a new line, can we decrease the width of this table, so that the figure B can be larger?

    4. Memory probes confirm these cutoffs: frontier models fail abstract completion,multiple-choice decision recall, and venue identification on this corpus

      please read LLamaFactoryAutoReviewer/results/frontier_memory_probe/breakdown.md., please add the results to the appendix section that talks about frotneir models and then reference that here. show a summarized table view here that clearly shows that the frontier models consistently fail at the different recall tests. highest on 24. add a short paragraph here.

    5. ; even strongly critical prompts only reach a roughly 50% accept rate, staying near the majority-rejectbaseline and inaccurate (Appendix F.2)

      delete

    6. decisions

      because they are inherently calibrated to the test distribtuion, since our training data has the test years (or somethign like that).

    7. Full feature definitions are in Table C.1.

      for the figure 4 feature prob audit, you state full feature definitions are in table c.1, but really it should be appendix c like in the main text. also you were supposed to raise the legend [accept/reject] and change the naems to OR-ICLR and arXiv. please fix (in the right subfigure) you corrected the table

    8. Reviews, ratings, andmeta-reviews are unobserved; we focus on Z rather than modeling them (Gao et al., 2024; Zhu et al., 2025b)

      In contrast with prior work (cite), reviews, ratings, and meta-reviews are not regressed on; they are only used for measuring rating correlation and review alignment.

    Annotators

    1. our learned paper signalas the observable relaxation p(Z | Xreb) of the ideal p(Z | X)

      i think we want more setup. I think we want to state: "As mentioned in the problem formulation, papers are transformed into reviews before reaching the decision. Given a paper (X), over decisions (D) and reviews (R) ( aka p(D,R|X)). While the flow indicates that reviews precede the decision, now that we have built a shortcut that predicts the decisionwithout the review, we question whether we can generate more \italics{decision-calibrated} reviews. This is valid by simply rearranging the joint distribution like so:

      then the formula.

      then the both factorizations are vlaid. then we can give a more conceptual understanding: if the conjecture is correct, that much of the decision can be determined by overall presentation quality, then perhaps reviews are simply a means-to-an-end to justify the reviewer's inital recaction.

      heres more context about sources that we can cite for this behavior: The strongest terms to search are:

      motivated reasoning, post hoc rationalization, biased assimilation, affect heuristic, halo effect, and in peer review specifically prestige bias, reviewer bias, or cognitive bias in peer review.

      Here are the most relevant scientific articles.

      1. Kunda — “The Case for Motivated Reasoning”

      Ziva Kunda, 1990, Psychological Bulletin

      This is probably the canonical article. Kunda argues that motivation can bias the cognitive processes people use to access, construct, and evaluate beliefs. In your case: a reviewer’s initial evaluation of a paper can shape which criticisms feel salient or persuasive.

      Best use: cite this for the general mechanism: people reason toward a conclusion they are already inclined to reach.

      1. Nisbett & Wilson — “Telling More Than We Can Know”

      Richard Nisbett & Timothy Wilson, 1977, Psychological Review

      This is highly relevant to the “reverse reasoning” part. They reviewed evidence that people often lack direct introspective access to the mental processes that caused their judgments, but still produce explanations for those judgments.

      Best use: cite this for the idea that reviewers may sincerely report reasons for a judgment without accurately knowing what actually caused the judgment.

      1. Haidt — “The Emotional Dog and Its Rational Tail”

      Jonathan Haidt, 2001, Psychological Review

      Haidt’s social intuitionist model is about moral judgment, not peer review, but the mechanism maps well: quick intuitive judgment is followed by slower post hoc reasoning. The article explicitly frames reasoning as often coming after intuition rather than causing judgment.

      Best use: cite this when you want the phrase “intuition first, reasoning second.”

      1. Lord, Ross & Lepper — “Biased Assimilation and Attitude Polarization”

      Charles Lord, Lee Ross & Mark Lepper, 1979, Journal of Personality and Social Psychology

      This is a classic study on how people evaluate evidence differently depending on their prior beliefs. People tend to accept congenial evidence more readily and scrutinize uncongenial evidence more harshly.

      Best use: cite this for the reviewer behavior where evidence supporting the reviewer’s initial take gets treated as decisive, while contrary evidence gets nitpicked.

      1. Slovic et al. — “The Affect Heuristic”

      Paul Slovic, Melissa Finucane, Ellen Peters & Donald MacGregor, 2007, European Journal of Operational Research

      This article argues that feelings of “goodness” or “badness” can rapidly guide judgments and decisions. That is very close to what people informally mean by a “paper gestalt”: an overall positive or negative feeling that then colors assessment of specific features.

      Best use: cite this for the gut reaction / affective global impression component.

      1. Tomkins, Zhang & Heavlin — “Reviewer Bias in Single- versus Double-Blind Peer Review”

      Andrew Tomkins, Min Zhang & William D. Heavlin, 2017, PNAS

      This is peer-review-specific. In a large conference-review setting, submissions were reviewed under single-blind and double-blind conditions. The study found that single-blind reviewing advantaged papers by famous authors and high-prestige institutions.

      Best use: cite this to show that manuscript judgments are not purely about the paper’s intrinsic content; contextual cues can bias reviews.

      1. Blank — “The Effects of Double-Blind versus Single-Blind Reviewing”

      Rebecca Blank, 1991, American Economic Review

      This was a randomized experiment at the American Economic Review. It found that reviewers were more critical when author identity was blinded, and acceptance rates were lower under double-blind review.

      Best use: cite this as older experimental evidence that review outcomes shift when identity/prestige cues are removed.

      1. Peters & Ceci — “Peer-Review Practices of Psychological Journals”

      Douglas Peters & Stephen Ceci, 1982, Behavioral and Brain Sciences

      Classic and brutal study: previously published psychology articles were resubmitted to the same journals with altered author/institution information. Most were not recognized, and many were rejected.

      Best use: cite this for the unreliability/context-sensitivity of peer review.

      1. Teplitskiy et al. — “The Social Structure of Consensus in Scientific Review”

      Misha Teplitskiy et al., 2018

      This study analyzed reviews of 7,981 neuroscience manuscripts submitted to PLOS ONE and found that reviewers favored authors closer to them in the co-authorship network. The authors interpret this not just as simple nepotism but as partly reflecting “schools of thought” and substantive evaluative differences.

      Best use: cite this if your point is that reviewers’ intellectual/social position can shape what they see as valid or flawed.

      1. Sordi et al. — “Halo Effect in Peer Review”

      José Osvaldo De Sordi et al., 2020

      This one is directly about the halo effect in peer review. It explores whether belonging to the same professional field or group can bias article evaluation during review.

      Best use: cite this for the closest peer-review-specific phrase to “paper gestalt”: halo effect in peer review.

      A good synthesis sentence would be:

      The phenomenon can be described as an interaction of affective first impressions, motivated reasoning, and post hoc rationalization: reviewers may form an early global evaluation of a manuscript and then selectively construct or emphasize criticisms that make that evaluation appear analytically grounded.

      For a paper or lit review, I’d probably cite Kunda 1990 + Nisbett & Wilson 1977 + Slovic et al. 2007 for the psychology mechanism, then Tomkins et al. 2017 + Peters & Ceci 1982 + Teplitskiy et al. 2018 for peer-review-specific evidence.

      the key is that based off this realization, we sought to see whether conditioning frontier coding agents for reviews can 1) improve their decision-prediction and 2) improve their generated reviews' alignment to human reviews.

    2. We score the seven venues with enough test papers anddrop four (ECCV, COLM, AISTATS, CoRL) whose concentration in the test set is too low to score reliably

      i think we should add these back into the plot, but not state their sample contributions.

    Annotators