Research map / Large language models / AI and society
Standardization of Post-Publication Code Verification is Possible with the Support of the Community
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Position paper arguing journals and proceedings should adopt a post-publication code verification system, extending ACM reproduced/replicated badges with up to two verification badges per article in metadata.
Problem
Post-publication verification of machine learning results is limited and unformalized; pre-publication review and artifact evaluation cannot ensure reported results are independently verifiable.
Approach
Extend ACM pre-publication Results Reproduced/Replicated badges to a journal-run post-publication process where independent teams submit verification reports, with up to one reproduction and one replication badge displayed in article metadata.
Key results
- Proposes a two-badge post-publication verification system (at most one Results Reproduced and one Results Replicated badge per article) linked to verified code repositories in article metadata.
- Surveys reproducibility policies of 11 journals, 8 ML conferences, and 3 ACM-affiliated venues, finding no post-publication verification mechanisms in the surveyed journals.
Surprising findings
- The paper reports that none of the surveyed journals currently has a post-publication verification mechanism.
- Papers with Code went offline in mid-2025, illustrating the risk of relying on third-party platforms for scientific infrastructure.
Limitations
- Added editorial workload for journals and reviewers.
- Confidentiality and restricted datasets (e.g., EHR) can prevent independent verification.
- Reputation-based system may be gamed by fabricated verification reports.
Experimental setup
Builds on: ACM artifact badging
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