aaai-reproducibility

name	aaai-reproducibility
description	Use when strengthening an AAAI paper's reproducibility checklist (placed after references), experimental traceability, seed and hyperparameter reporting, compute and cost disclosure, dataset access and licensing, code/data ZIP readiness, and the claim-to-evidence map that Phase-1 reviewers use to judge rigor across AAAI's broad AI scope.

AAAI Reproducibility

Use this when a draft needs to survive AAAI review on rigor, not just novelty. AAAI-27 requires the reproducibility checklist to be uploaded separately from the main PDF, in its own field on the submission form (AAAI-26 carried it inside the PDF after the references) — so it is a document a reviewer opens on its own, and it has to agree with the paper and supplement rather than read as an afterthought. AAAI-27 also states that reviewers assess reproducibility from what was actually submitted, and that material promised "after acceptance or publication" is not evidence it exists.

Reproducibility audit

• Map each central claim to submitted evidence: theorem, table, figure, ablation, appendix item, checklist answer, or code/data artifact.
• Record seeds, splits, preprocessing, hyperparameters, model selection, early stopping, prompt selection, and hardware.
• Report variance or uncertainty when stochasticity affects conclusions.
• Document dataset licenses, access constraints, sensitive data, human-subjects issues, and annotation procedures.
• Separate training compute, inference compute, and experiment search cost.
• Check the reproducibility checklist for contradictions with the main text and supplement.

Common AAAI weaknesses

• Checklist says code/data are available but supplement lacks runnable commands.
• Main results rely on one seed, one benchmark, or one prompt family.
• Baselines are weaker than current open-source or widely cited systems.
• Evaluation uses closed data or APIs with no reproducibility substitute.
• Human evaluation omits annotator instructions or quality control.

Checklist-to-evidence consistency grid

AAAI places the reproducibility checklist after the references, and reviewers cross-check each "yes" against the paper and supplement. A "yes" with no backing artifact reads worse than an honest "no", because it signals the checklist was filled in carelessly.

Checklist answer	Must be backed by	Phase-1 risk if unbacked
code available	runnable scripts in the ZIP	"claimed but absent"
seeds reported	seed list and variance	"single-run cherry-pick"
compute disclosed	train vs. inference vs. search cost	"hidden tuning budget"
data accessible	license and access path	"irreproducible by anyone"

Claim-evidence ledger

Create a row for every claim that appears in the abstract, introduction, or conclusion. The ledger should be short enough to audit before submission and concrete enough that a Phase-1 reviewer can see that each headline claim is checkable.

Ledger field	What to record	Common failure
Claim text	exact sentence or paraphrase from the paper	claim becomes stronger than the evidence
Evidence artifact	theorem, table, figure, appendix, code command, data sheet, or log path	evidence exists but is not submitted
Reproducibility inputs	seeds, splits, prompts, preprocessing, hardware, hyperparameters, and model versions	rerun cannot recreate the result
Variance and controls	confidence interval, standard deviation, multiple seeds, ablation, or matched-compute baseline	single lucky run drives the claim
Checklist answer	the checklist item whose answer depends on this artifact	checklist contradicts the supplement
Reviewer risk	what a skeptical reviewer would challenge first	rebuttal cannot fix missing evidence

For each row, choose one of three actions: keep the claim because the artifact is present, weaken the claim to match the evidence, or add the missing artifact before submission. Do not leave a row in "promise later" state.

Artifact dry-run

Before upload, run the artifact as if the reviewer has no private context:

1. Unzip the submitted package into a clean directory.
2. Read only the included README, not local lab notes.
3. Run the smallest command that regenerates one headline table or figure.
4. Check that expected runtime, hardware, random seeds, data download/access, and license constraints are stated before the command.
5. Confirm that output files have deterministic names and map back to paper tables.
6. Mark any non-runnable or restricted component as such in both the README and checklist.

The dry-run can be small; it does not need to reproduce every experiment. Its purpose is to prove that the submitted artifact is not merely decorative and that the checklist answers are honest.

Reviewer-pushback patterns

• "Checklist says code available but I see only figures." Fix: ship scripts and a one-line driver before the deadline; do not promise the repository in rebuttal.
• "Results may be seed-dependent." Fix: report multiple seeds with spread, and set the checklist seed answer to match the supplement exactly.
• "Closed API, not reproducible." Fix: add an open substitute model or release prompts and outputs so the claim is checkable.

Worked vignette

A vision-language paper checks "code and data available" but the ZIP holds only PDFs of plots. Audit verdict: reproducibility grade "fragile", with a checklist conflict between the "yes" and the missing scripts. The smallest fix is a reproduce.sh that regenerates one headline table from seeds plus a dataset license note, after which the checklist answer becomes truthful and Phase-1 defensible.

Output format

[Reproducibility grade] strong / adequate / fragile / not reviewable
[Checklist conflicts] <answers that contradict paper/supplement>
[Evidence gaps] <claims without submitted verification>
[Compute/data disclosure] complete / incomplete
[Priority fixes] <smallest changes before submission>