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initial analysis
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README.md
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README.md
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# gpt-2-output-dataset
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# gpt-2-output-dataset
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This dataset contains:
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This dataset contains:
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- 250K samples from the WebText test set
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- 250K documents from the WebText test set
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- For each GPT-2 model (trained on the WebText training set), 250K plain samples (temperature 1, no truncation) and 250K samples generated with top-k 40 truncation
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- For each GPT-2 model (trained on the WebText training set), 250K random samples (temperature 1, no truncation) and 250K samples generated with Top-K 40 truncation
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We look forward to the research produced using this data!
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We look forward to the research produced using this data!
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### Download
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### Download
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For each, we have a training split of 500K total examples, as well as validation and test splits of 10K examples.
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For each model, we have a training split of 250K generated examples, as well as validation and test splits of 5K examples.
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All data is located in Google Cloud Storage, at under the directory `gs://gpt-2/output-dataset/v1`.
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All data is located in Google Cloud Storage, at under the directory `gs://gpt-2/output-dataset/v1`.
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@ -30,7 +30,7 @@ We've provided a script to download all of them, in `download_dataset.py`.
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### Detectability baselines
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### Detectability baselines
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We're interested in seeing research in detectability of our model generations.
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We're interested in seeing research in detectability of GPT-2 model family generations.
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We've provided a starter baseline which trains a logistic regression detector on TF-IDF unigram and bigram features, in `baseline.py`.
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We've provided a starter baseline which trains a logistic regression detector on TF-IDF unigram and bigram features, in `baseline.py`.
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| 762M | 77.16% | 94.43% |
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| 762M | 77.16% | 94.43% |
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| 1542M | 74.31% | 92.69% |
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| 1542M | 74.31% | 92.69% |
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### Initial Analysis
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Shorter documents are harder to detect. Accuracy of detection of a short documents of 500 characters (a long paragraph) is about 15% lower.
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Truncated sampling, which is commonly used for high-quality generations from the GPT-2 model family, results in a shift in the part of speech distribution of the generated text compared to real text. A clear example is the underuse of proper nouns and overuse of pronouns which are more generic. This shift contributes to the 8% to 18% higher detection rate of Top-K samples compared to random samples across models.
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### Data removal requests
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### Data removal requests
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If you believe your work is included in our dataset and would like us to remove it, please let us know at webtextdata@openai.com.
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If you believe your work is included in WebText and would like us to remove it, please let us know at webtextdata@openai.com.
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