AAAI Experiments

SkillDev tools

Your AI can help you design or audit experiments for AAAI papers so they meet what the broad-AI program committee looks for. Once added, it works through the parts reviewers check: baselines, ablations, statistical significance, robustness, human evaluation, and AI-for-Social-Impact or alignment and safety evidence. It also keeps compute and cost reporting and the reproducibility checklist aligned with expectations.

Available today. Use it from your connected AI after setup.

Add the skill, then share your experiment plan or paper section and ask your AI to design or audit the experiments against AAAI expectations. It can go through the checklist item by item and point out what is missing.

Then ask your AI: use the AAAI Experiments skill

What your AI can do with it

  • Design experiments with appropriate baselines and ablations
  • Check statistical significance and robustness of reported results
  • Plan human evaluation studies
  • Cover AI-for-Social-Impact and alignment or safety evidence
  • Report compute and cost details correctly
  • Align a submission with the reproducibility checklist

What this skill tells your AI

The instructions your AI receives, as published by brycewang-stanford/awesome-journal-skills in AAAI-Skills/skills/aaai-experiments/SKILL.md and read by ahel’s review.

Use this before submission to ensure empirical evidence supports the AI contribution. AAAI reviewers may come from adjacent AI subfields, so experiments must be interpretable beyond one benchmark community.

Experiment audit

  • Map every experimental block to a claim in the introduction.
  • Compare against strong, recent, and fairly tuned baselines.
  • Include ablations that isolate mechanisms rather than removing multiple components at once.
  • Report uncertainty, variance, and statistical tests when small differences matter.
  • Test robustness to data split, prompt, seed, environment, user population, or distribution shift when relevant.
  • For human evaluation, document task, instructions, annotator pool, quality control, aggregation, and ethics/IRB status.
  • Report compute, hardware, data access, model size, and training/inference cost.

Claim-to-evidence ledger

Build this table before adding new experiments. It keeps the AAAI evidence package aligned with the main text and with the reproducibility checklist.

Manuscript claimRequired evidencePhase-1 risk if missingChecklist hook
New AI capabilitybenchmark + qualitative failure casesbroad reviewer sees only engineeringdatasets, metrics, baselines
Better mechanismsingle-factor ablationsgain looks like tuning luckablation and hyperparameter answers
Robust deploymentshift / seed / subgroup stress testresult seems brittlevariance, compute, environment
Social-impact or safety claimstakeholder, harm, and misuse analysisethical claim looks assertedethics, limitations, data access

For each row, mark ready / weak / missing and name the fastest fix that can be run before the supplementary-material deadline. Do not leave a claim in the abstract if its evidence row is weak.

AAAI-specific review pressure

  • Phase 1 reviewers need a fast reason to trust the evidence.
  • The reproducibility checklist must match the experiment descriptions.
  • AI for Social Impact and AI Alignment claims require stronger treatment of stakeholders, harms, risk mitigation, and scope.
  • New results usually cannot rescue the paper in rebuttal, so submit complete evidence upfront.
  • The AI-assisted review pilot is non-decisional, but it may surface checklist mismatches; make result provenance, seeds, data splits, and limits machine-readable enough that a human SPC/AC can quickly audit them.

Pre-rebuttal freeze rule

Before submission, decide which experiments would be impossible to add later under AAAI's rebuttal constraints: missing baselines, missing seeds, missing supplement files, or missing reproducibility checklist answers. Treat those as pre-submission blockers, not rebuttal TODOs. The author response can explain and clarify submitted evidence; it should not depend on new results, URLs, or repaired supplementary files.

Evidence triage table

Because an AAAI reviewer from an adjacent subfield must trust your numbers quickly, classify each experimental block by how much weight it can bear and what would strengthen it.

BlockCarries the claim whenReviewer doubtCheap reinforcement
Headline benchmarkbeats tuned recent baselines"lucky seed"seeds, variance bars
Ablationisolates one mechanism"joint removal"single-factor toggles
Robustnessholds across split/shift"one setting"extra split or perturbation
Human evalprotocol is documented"rater bias"IRB note, inter-rater agreement

Common AAAI experiment rejects

  • Benchmark bump with no mechanism analysis, which a broad committee reads as engineering, not AI insight.
  • Baselines weaker than current open-source systems, so the comparison looks unfair.
  • A Social-Impact or alignment claim with no stakeholder, harm, or risk-mitigation evidence.
  • Results that rely on a closed API with no reproducible substitute for the checklist.

Worked vignette

A planning paper reports a single-seed win on one domain. Audit: the headline block "needs robustness" and "needs variance", so the fix before the deadline is five seeds with confidence intervals plus one extra IPC-style domain. Because new results cannot rescue this in rebuttal, the team runs both before submission and aligns the checklist's seed answer to the supplement.

Output format

[Claim] <paper claim>
[Evidence status] sufficient / needs baseline / needs ablation / needs robustness / unclear
[Fairness issue] <compute, tuning, data, prompt, metric, human eval>
[Checklist dependency] <what checklist answer this supports>
[Pre-rebuttal blockers] <missing evidence that must be run before submission>
[Fast fix] <experiment or analysis feasible before deadline>

Signals

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Aug 2026
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skill
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aaai-experiments
Source
github.com/brycewang-stanford/awesome-journal-skills