Datasets:
Tasks:
Other
Size:
n<1K
Tags:
software-engineering
bug-reproduction
fault-localization
automated-program-repair
debugging
benchmark
License:
| cff-version: 1.2.0 | |
| message: "If you use AIFaultBench, please cite it as below." | |
| type: dataset | |
| title: "AIFaultBench: A Reproducible Benchmark of Real-World AI Software Faults" | |
| abstract: >- | |
| AIFaultBench is a benchmark of 770 real-world AI software faults collected from | |
| 105 open-source repositories across 76 organizations, spanning traditional | |
| machine learning, deep learning, large language model infrastructure, | |
| reinforcement learning, agentic AI systems, and AI tooling. Each fault ships | |
| with the original GitHub issue report, a minimal reproduction script, a | |
| dependency specification, codebase reconstruction and environment setup | |
| scripts, reproduction logs, structured metadata, and a reproduction | |
| trajectory. 652 of the 770 faults (85%) are verified reproducible; the | |
| remainder document the reasons preventing reproduction. | |
| authors: | |
| - family-names: Shah | |
| given-names: "Mehil B." | |
| email: shahmehil@dal.ca | |
| affiliation: "Dalhousie University" | |
| - family-names: Rahman | |
| given-names: "Mohammad Masudur" | |
| affiliation: "Dalhousie University" | |
| - family-names: Khomh | |
| given-names: Foutse | |
| affiliation: "Polytechnique Montréal" | |
| doi: 10.5281/zenodo.21763133 | |
| identifiers: | |
| - type: doi | |
| value: 10.5281/zenodo.21763133 | |
| description: "Version DOI for v1.1." | |
| - type: doi | |
| value: 10.5281/zenodo.21763132 | |
| description: "Concept DOI — always resolves to the latest version." | |
| url: "https://zenodo.org/records/21763203" | |
| repository-code: "https://github.com/mehilshah/AIFaultBench" | |
| repository-artifact: "https://huggingface.co/datasets/mehilshah/AIFaultBench" | |
| license: CC-BY-4.0 | |
| version: v1.1 | |
| date-released: 2026-08-02 | |
| keywords: | |
| - benchmark | |
| - software engineering | |
| - bug reproduction | |
| - fault localization | |
| - automated program repair | |
| - debugging | |
| - machine learning | |
| - deep learning | |
| - large language models | |
| - agentic AI | |
| - reinforcement learning | |
| - mining software repositories | |