Datasets:
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README.md
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---
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pretty_name: OmniClean
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language:
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- en
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- zh
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multilinguality: multilingual
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license: other
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task_categories:
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- question-answering
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size_categories:
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- 1K<n<10K
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configs:
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- config_name: slim
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data_files:
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- split: test
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path: omniclean.test.jsonl
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---
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# OmniClean
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OmniClean is a leakage-aware omni-modal evaluation set built from retained examples across 9 source benchmarks. It is designed to reduce visual-shortcut effects in omni evaluation by applying visual-only probing where query-level filtering is defined, while keeping selected full subsets for protocol-exception benchmarks where a filtered subset is undefined or intentionally not reported.
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This release contains **8,551** evaluation examples in a minimal `slim` JSONL format.
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## What this release is
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Raw omni benchmark scores can be inflated by visually answerable examples. OmniClean is intended to provide a cleaner evaluation target for audio-visual-language QA and related omni understanding tasks.
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This release is for evaluation. It is not intended as a training corpus.
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## Composition
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Total examples: **8,551**
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| Source benchmark (`dataset_source`) | Examples | Notes |
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|---|---:|---|
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| `AV_Odyssey_Bench` | 4555 | Full selected subset retained as a protocol exception |
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| `VideoHolmes` | 885 | Query-level cleaned subset |
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| `WorldSense` | 875 | Query-level cleaned subset |
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| `IntentBench` | 660 | Query-level cleaned subset |
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| `OmniBench` | 417 | Query-level cleaned subset |
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| `CG-AV-Counting` | 376 | Full selected subset retained as a protocol exception |
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| `OmniVideoBench` | 318 | Query-level cleaned subset |
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| `Daily-Omni` | 237 | Query-level cleaned subset |
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| `UNO-Bench` | 228 | Query-level cleaned subset |
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## Data format
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Each record contains the following fields:
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- `dataset_source`: source benchmark name
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- `source_id`: source sample identifier
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- `question`: question text
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- `options`: candidate answers; may be empty for some benchmarks
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- `answer`: benchmark-native gold answer
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- `media_paths`: relative media references with `image`, `audio`, and `video` lists
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- `question_type`: benchmark-native question category; may be `null`
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Example:
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```json
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{
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"dataset_source": "OmniVideoBench",
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"source_id": "omnivideobench:0",
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"question": "Before picking up the kitten, the blogger explains a sign. Which concepts can it be associated with?",
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"options": [
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"A.Ancient Chinese stories and Japanese anime",
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"B.Ancient Chinese Imperial Palace Architecture and Japanese Bar Names",
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"C.A certain type of Chinese cuisine and a certain type of Southeast Asian opera",
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"D.Chinese garden art and Western palace architecture"
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],
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"answer": "Ancient Chinese stories and Japanese anime",
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"media_paths": {
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"image": [],
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"audio": [],
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"video": ["videos/video_1.mp4"]
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},
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"question_type": "reference reasoning"
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}
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```
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## Important notes
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### Benchmark-native answers
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`answer` is not normalized into a single format across all sources. Depending on the benchmark, it may be:
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- a single option letter such as `A`
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- multiple option letters such as `D,E,F`
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- a numeric answer such as `18`
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- the full answer text
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- a short free-form label such as `Yes`
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Evaluation should therefore use benchmark-aware answer normalization.
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### Optional fields by source benchmark
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- `options` can be empty for some examples.
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- `question_type` can be `null` for some examples.
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- `media_paths` always contains the keys `image`, `audio`, and `video`, but some lists are empty.
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### Protocol exceptions
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Two source benchmarks are intentionally retained as selected full subsets in this release:
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- `AV_Odyssey_Bench`: a visual-only filtered subset is not defined because some answer options contain audio-bearing content.
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- `CG-AV-Counting`: visual-only probing is used diagnostically, but a filtered-score benchmark is not reported because further exclusion would overly shrink an already difficult subset.
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## Loading with `datasets`
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```python
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from datasets import load_dataset
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ds = load_dataset("che111/OmniClean", "slim", split="test")
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print(ds[0])
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```
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## Limitations
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- This release keeps benchmark-native answer formats instead of forcing a single unified answer schema.
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- Source benchmarks differ in modality structure: some examples are video-only, some are image+audio, and some are audio+video.
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- Relative paths in `media_paths` should be interpreted with respect to the released data layout.
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## Citation
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If you use OmniClean, please cite the accompanying paper:
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```bibtex
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@misc{omniclean2026,
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title={Probing and Boosting Omni Understanding: Leakage-Aware Evaluation and a Staged Post-Training Study},
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author={StepFun-Audio Team},
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year={2026}
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}
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```
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## License
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Please replace this section with the final license and confirm that redistribution terms are compatible with all included source benchmarks and media assets.
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